{"animation_id":"A01","interval_ms":140,"variants":[{"name":"T = 0.1 GK; response 3.9 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5423 keV; fixed-temperature rate / baseline = 1.09475. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5618 keV; fixed-temperature rate / baseline = 1.09227. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5813 keV; fixed-temperature rate / baseline = 1.08980. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.6008 keV; fixed-temperature rate / baseline = 1.08734. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.6203 keV; fixed-temperature rate / baseline = 1.08488. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6398 keV; fixed-temperature rate / baseline = 1.08243. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6593 keV; fixed-temperature rate / baseline = 1.07998. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6788 keV; fixed-temperature rate / baseline = 1.07754. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.7178 keV; fixed-temperature rate / baseline = 1.07267. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7373 keV; fixed-temperature rate / baseline = 1.07025. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7568 keV; fixed-temperature rate / baseline = 1.06783. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7764 keV; fixed-temperature rate / baseline = 1.06542. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7959 keV; fixed-temperature rate / baseline = 1.06301. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.8154 keV; fixed-temperature rate / baseline = 1.06060. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8349 keV; fixed-temperature rate / baseline = 1.05821. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8544 keV; fixed-temperature rate / baseline = 1.05581. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8739 keV; fixed-temperature rate / baseline = 1.05343. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8934 keV; fixed-temperature rate / baseline = 1.05105. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.9129 keV; fixed-temperature rate / baseline = 1.04867. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9324 keV; fixed-temperature rate / baseline = 1.04630. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9519 keV; fixed-temperature rate / baseline = 1.04393. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9714 keV; fixed-temperature rate / baseline = 1.04157. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9909 keV; fixed-temperature rate / baseline = 1.03922. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 379.0104 keV; fixed-temperature rate / baseline = 1.03687. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0299 keV; fixed-temperature rate / baseline = 1.03453. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0494 keV; fixed-temperature rate / baseline = 1.03219. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0689 keV; fixed-temperature rate / baseline = 1.02986. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0884 keV; fixed-temperature rate / baseline = 1.02753. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.1079 keV; fixed-temperature rate / baseline = 1.02520. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1274 keV; fixed-temperature rate / baseline = 1.02289. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1469 keV; fixed-temperature rate / baseline = 1.02058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1664 keV; fixed-temperature rate / baseline = 1.01827. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1859 keV; fixed-temperature rate / baseline = 1.01597. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2054 keV; fixed-temperature rate / baseline = 1.01367. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2249 keV; fixed-temperature rate / baseline = 1.01138. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2444 keV; fixed-temperature rate / baseline = 1.00909. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2639 keV; fixed-temperature rate / baseline = 1.00681. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2834 keV; fixed-temperature rate / baseline = 1.00454. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3029 keV; fixed-temperature rate / baseline = 1.00227. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3809 keV; fixed-temperature rate / baseline = 0.99323. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4004 keV; fixed-temperature rate / baseline = 0.99099. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4199 keV; fixed-temperature rate / baseline = 0.98875. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4394 keV; fixed-temperature rate / baseline = 0.98651. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4589 keV; fixed-temperature rate / baseline = 0.98428. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4784 keV; fixed-temperature rate / baseline = 0.98206. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.4979 keV; fixed-temperature rate / baseline = 0.97984. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5174 keV; fixed-temperature rate / baseline = 0.97763. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5369 keV; fixed-temperature rate / baseline = 0.97542. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5564 keV; fixed-temperature rate / baseline = 0.97321. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5759 keV; fixed-temperature rate / baseline = 0.97101. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.5954 keV; fixed-temperature rate / baseline = 0.96882. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6149 keV; fixed-temperature rate / baseline = 0.96663. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6344 keV; fixed-temperature rate / baseline = 0.96444. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6539 keV; fixed-temperature rate / baseline = 0.96226. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6734 keV; fixed-temperature rate / baseline = 0.96009. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.6929 keV; fixed-temperature rate / baseline = 0.95792. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7124 keV; fixed-temperature rate / baseline = 0.95575. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7319 keV; fixed-temperature rate / baseline = 0.95359. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7514 keV; fixed-temperature rate / baseline = 0.95144. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7709 keV; fixed-temperature rate / baseline = 0.94929. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.7904 keV; fixed-temperature rate / baseline = 0.94714. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8099 keV; fixed-temperature rate / baseline = 0.94500. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8294 keV; fixed-temperature rate / baseline = 0.94287. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8489 keV; fixed-temperature rate / baseline = 0.94074. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8684 keV; fixed-temperature rate / baseline = 0.93861. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.8878 keV; fixed-temperature rate / baseline = 0.93649. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9073 keV; fixed-temperature rate / baseline = 0.93437. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9268 keV; fixed-temperature rate / baseline = 0.93226. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9463 keV; fixed-temperature rate / baseline = 0.93015. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9658 keV; fixed-temperature rate / baseline = 0.92805. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 379.9853 keV; fixed-temperature rate / baseline = 0.92595. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1023 keV; fixed-temperature rate / baseline = 0.91347. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a4","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.1 GK; response 3.99 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5243 keV; fixed-temperature rate / baseline = 1.09704. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5443 keV; fixed-temperature rate / baseline = 1.09450. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5642 keV; fixed-temperature rate / baseline = 1.09197. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.5842 keV; fixed-temperature rate / baseline = 1.08944. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.6041 keV; fixed-temperature rate / baseline = 1.08692. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6241 keV; fixed-temperature rate / baseline = 1.08441. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6440 keV; fixed-temperature rate / baseline = 1.08190. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6640 keV; fixed-temperature rate / baseline = 1.07940. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6839 keV; fixed-temperature rate / baseline = 1.07690. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.7039 keV; fixed-temperature rate / baseline = 1.07441. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7238 keV; fixed-temperature rate / baseline = 1.07193. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7438 keV; fixed-temperature rate / baseline = 1.06945. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7638 keV; fixed-temperature rate / baseline = 1.06697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7837 keV; fixed-temperature rate / baseline = 1.06451. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.8037 keV; fixed-temperature rate / baseline = 1.06205. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8236 keV; fixed-temperature rate / baseline = 1.05959. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8436 keV; fixed-temperature rate / baseline = 1.05714. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8635 keV; fixed-temperature rate / baseline = 1.05469. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8835 keV; fixed-temperature rate / baseline = 1.05225. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.9034 keV; fixed-temperature rate / baseline = 1.04982. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9234 keV; fixed-temperature rate / baseline = 1.04739. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9433 keV; fixed-temperature rate / baseline = 1.04497. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9633 keV; fixed-temperature rate / baseline = 1.04255. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9832 keV; fixed-temperature rate / baseline = 1.04014. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 379.0032 keV; fixed-temperature rate / baseline = 1.03774. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0231 keV; fixed-temperature rate / baseline = 1.03534. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0431 keV; fixed-temperature rate / baseline = 1.03294. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0630 keV; fixed-temperature rate / baseline = 1.03055. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0830 keV; fixed-temperature rate / baseline = 1.02817. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.1029 keV; fixed-temperature rate / baseline = 1.02579. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1229 keV; fixed-temperature rate / baseline = 1.02342. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1428 keV; fixed-temperature rate / baseline = 1.02105. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1628 keV; fixed-temperature rate / baseline = 1.01869. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1827 keV; fixed-temperature rate / baseline = 1.01634. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2027 keV; fixed-temperature rate / baseline = 1.01399. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2226 keV; fixed-temperature rate / baseline = 1.01164. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2426 keV; fixed-temperature rate / baseline = 1.00930. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2625 keV; fixed-temperature rate / baseline = 1.00697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2825 keV; fixed-temperature rate / baseline = 1.00464. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3024 keV; fixed-temperature rate / baseline = 1.00232. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3423 keV; fixed-temperature rate / baseline = 0.99769. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3623 keV; fixed-temperature rate / baseline = 0.99538. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3822 keV; fixed-temperature rate / baseline = 0.99308. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4022 keV; fixed-temperature rate / baseline = 0.99078. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4221 keV; fixed-temperature rate / baseline = 0.98849. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4421 keV; fixed-temperature rate / baseline = 0.98621. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4620 keV; fixed-temperature rate / baseline = 0.98393. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4820 keV; fixed-temperature rate / baseline = 0.98165. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.5019 keV; fixed-temperature rate / baseline = 0.97938. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5219 keV; fixed-temperature rate / baseline = 0.97712. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5418 keV; fixed-temperature rate / baseline = 0.97486. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5618 keV; fixed-temperature rate / baseline = 0.97260. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5817 keV; fixed-temperature rate / baseline = 0.97035. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.6017 keV; fixed-temperature rate / baseline = 0.96811. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6216 keV; fixed-temperature rate / baseline = 0.96587. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6416 keV; fixed-temperature rate / baseline = 0.96364. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6615 keV; fixed-temperature rate / baseline = 0.96141. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6815 keV; fixed-temperature rate / baseline = 0.95919. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.7014 keV; fixed-temperature rate / baseline = 0.95697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7214 keV; fixed-temperature rate / baseline = 0.95476. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7413 keV; fixed-temperature rate / baseline = 0.95255. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7613 keV; fixed-temperature rate / baseline = 0.95035. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7812 keV; fixed-temperature rate / baseline = 0.94815. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.8012 keV; fixed-temperature rate / baseline = 0.94596. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8211 keV; fixed-temperature rate / baseline = 0.94377. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8411 keV; fixed-temperature rate / baseline = 0.94159. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8610 keV; fixed-temperature rate / baseline = 0.93941. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8810 keV; fixed-temperature rate / baseline = 0.93724. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.9009 keV; fixed-temperature rate / baseline = 0.93507. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9208 keV; fixed-temperature rate / baseline = 0.93291. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9408 keV; fixed-temperature rate / baseline = 0.93075. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9607 keV; fixed-temperature rate / baseline = 0.92860. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9807 keV; fixed-temperature rate / baseline = 0.92645. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 380.0006 keV; fixed-temperature rate / baseline = 0.92431. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0206 keV; fixed-temperature rate / baseline = 0.92217. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0405 keV; fixed-temperature rate / baseline = 0.92004. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0605 keV; fixed-temperature rate / baseline = 0.91791. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0804 keV; fixed-temperature rate / baseline = 0.91579. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.1004 keV; fixed-temperature rate / baseline = 0.91368. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1203 keV; fixed-temperature rate / baseline = 0.91156. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a6","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.1 GK; response 4.08 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5063 keV; fixed-temperature rate / baseline = 1.09933. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5267 keV; fixed-temperature rate / baseline = 1.09673. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5471 keV; fixed-temperature rate / baseline = 1.09414. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.5675 keV; fixed-temperature rate / baseline = 1.09155. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.5879 keV; fixed-temperature rate / baseline = 1.08897. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6083 keV; fixed-temperature rate / baseline = 1.08639. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6287 keV; fixed-temperature rate / baseline = 1.08382. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6491 keV; fixed-temperature rate / baseline = 1.08126. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6695 keV; fixed-temperature rate / baseline = 1.07870. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.6899 keV; fixed-temperature rate / baseline = 1.07615. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7103 keV; fixed-temperature rate / baseline = 1.07361. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7307 keV; fixed-temperature rate / baseline = 1.07107. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7512 keV; fixed-temperature rate / baseline = 1.06854. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7716 keV; fixed-temperature rate / baseline = 1.06601. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.7920 keV; fixed-temperature rate / baseline = 1.06349. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8124 keV; fixed-temperature rate / baseline = 1.06097. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8328 keV; fixed-temperature rate / baseline = 1.05846. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8532 keV; fixed-temperature rate / baseline = 1.05596. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8736 keV; fixed-temperature rate / baseline = 1.05346. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.8940 keV; fixed-temperature rate / baseline = 1.05097. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9144 keV; fixed-temperature rate / baseline = 1.04849. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9348 keV; fixed-temperature rate / baseline = 1.04601. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9552 keV; fixed-temperature rate / baseline = 1.04353. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9756 keV; fixed-temperature rate / baseline = 1.04107. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 378.9960 keV; fixed-temperature rate / baseline = 1.03861. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0164 keV; fixed-temperature rate / baseline = 1.03615. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0368 keV; fixed-temperature rate / baseline = 1.03370. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0572 keV; fixed-temperature rate / baseline = 1.03125. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0776 keV; fixed-temperature rate / baseline = 1.02882. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.0980 keV; fixed-temperature rate / baseline = 1.02638. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1184 keV; fixed-temperature rate / baseline = 1.02396. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1388 keV; fixed-temperature rate / baseline = 1.02153. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1592 keV; fixed-temperature rate / baseline = 1.01912. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1796 keV; fixed-temperature rate / baseline = 1.01671. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2000 keV; fixed-temperature rate / baseline = 1.01431. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2204 keV; fixed-temperature rate / baseline = 1.01191. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2408 keV; fixed-temperature rate / baseline = 1.00951. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2612 keV; fixed-temperature rate / baseline = 1.00713. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2816 keV; fixed-temperature rate / baseline = 1.00475. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3020 keV; fixed-temperature rate / baseline = 1.00237. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3428 keV; fixed-temperature rate / baseline = 0.99764. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3632 keV; fixed-temperature rate / baseline = 0.99528. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3836 keV; fixed-temperature rate / baseline = 0.99292. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4040 keV; fixed-temperature rate / baseline = 0.99058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4244 keV; fixed-temperature rate / baseline = 0.98823. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4448 keV; fixed-temperature rate / baseline = 0.98590. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4652 keV; fixed-temperature rate / baseline = 0.98357. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4856 keV; fixed-temperature rate / baseline = 0.98124. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.5060 keV; fixed-temperature rate / baseline = 0.97892. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5264 keV; fixed-temperature rate / baseline = 0.97661. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5468 keV; fixed-temperature rate / baseline = 0.97430. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5672 keV; fixed-temperature rate / baseline = 0.97199. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5876 keV; fixed-temperature rate / baseline = 0.96969. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.6080 keV; fixed-temperature rate / baseline = 0.96740. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6284 keV; fixed-temperature rate / baseline = 0.96511. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6488 keV; fixed-temperature rate / baseline = 0.96283. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6692 keV; fixed-temperature rate / baseline = 0.96056. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6896 keV; fixed-temperature rate / baseline = 0.95829. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7304 keV; fixed-temperature rate / baseline = 0.95376. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7508 keV; fixed-temperature rate / baseline = 0.95150. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7712 keV; fixed-temperature rate / baseline = 0.94925. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7916 keV; fixed-temperature rate / baseline = 0.94701. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.8120 keV; fixed-temperature rate / baseline = 0.94477. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8324 keV; fixed-temperature rate / baseline = 0.94254. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8528 keV; fixed-temperature rate / baseline = 0.94031. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8732 keV; fixed-temperature rate / baseline = 0.93809. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8936 keV; fixed-temperature rate / baseline = 0.93587. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.9139 keV; fixed-temperature rate / baseline = 0.93366. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9343 keV; fixed-temperature rate / baseline = 0.93145. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9547 keV; fixed-temperature rate / baseline = 0.92925. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9751 keV; fixed-temperature rate / baseline = 0.92705. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9955 keV; fixed-temperature rate / baseline = 0.92486. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 380.0159 keV; fixed-temperature rate / baseline = 0.92267. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0363 keV; fixed-temperature rate / baseline = 0.92049. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0567 keV; fixed-temperature rate / baseline = 0.91831. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0771 keV; fixed-temperature rate / baseline = 0.91614. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0975 keV; fixed-temperature rate / baseline = 0.91398. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.1179 keV; fixed-temperature rate / baseline = 0.91182. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1383 keV; fixed-temperature rate / baseline = 0.90966. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a8","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.2 GK; response 3.9 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5423 keV; fixed-temperature rate / baseline = 1.04630. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5618 keV; fixed-temperature rate / baseline = 1.04512. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5813 keV; fixed-temperature rate / baseline = 1.04394. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.6008 keV; fixed-temperature rate / baseline = 1.04276. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.6203 keV; fixed-temperature rate / baseline = 1.04158. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6398 keV; fixed-temperature rate / baseline = 1.04040. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6593 keV; fixed-temperature rate / baseline = 1.03922. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6788 keV; fixed-temperature rate / baseline = 1.03805. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6983 keV; fixed-temperature rate / baseline = 1.03687. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.7178 keV; fixed-temperature rate / baseline = 1.03570. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7373 keV; fixed-temperature rate / baseline = 1.03453. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7568 keV; fixed-temperature rate / baseline = 1.03336. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7764 keV; fixed-temperature rate / baseline = 1.03219. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7959 keV; fixed-temperature rate / baseline = 1.03102. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.8154 keV; fixed-temperature rate / baseline = 1.02986. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8349 keV; fixed-temperature rate / baseline = 1.02869. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8544 keV; fixed-temperature rate / baseline = 1.02753. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8739 keV; fixed-temperature rate / baseline = 1.02637. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8934 keV; fixed-temperature rate / baseline = 1.02521. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.9129 keV; fixed-temperature rate / baseline = 1.02405. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9324 keV; fixed-temperature rate / baseline = 1.02289. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9519 keV; fixed-temperature rate / baseline = 1.02173. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9714 keV; fixed-temperature rate / baseline = 1.02058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9909 keV; fixed-temperature rate / baseline = 1.01942. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 379.0104 keV; fixed-temperature rate / baseline = 1.01827. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0299 keV; fixed-temperature rate / baseline = 1.01712. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0494 keV; fixed-temperature rate / baseline = 1.01597. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0689 keV; fixed-temperature rate / baseline = 1.01482. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0884 keV; fixed-temperature rate / baseline = 1.01367. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.1079 keV; fixed-temperature rate / baseline = 1.01252. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1274 keV; fixed-temperature rate / baseline = 1.01138. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1469 keV; fixed-temperature rate / baseline = 1.01024. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1664 keV; fixed-temperature rate / baseline = 1.00909. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1859 keV; fixed-temperature rate / baseline = 1.00795. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2054 keV; fixed-temperature rate / baseline = 1.00681. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2249 keV; fixed-temperature rate / baseline = 1.00567. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2444 keV; fixed-temperature rate / baseline = 1.00454. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2639 keV; fixed-temperature rate / baseline = 1.00340. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2834 keV; fixed-temperature rate / baseline = 1.00227. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3029 keV; fixed-temperature rate / baseline = 1.00113. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3419 keV; fixed-temperature rate / baseline = 0.99887. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3614 keV; fixed-temperature rate / baseline = 0.99774. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3809 keV; fixed-temperature rate / baseline = 0.99661. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4004 keV; fixed-temperature rate / baseline = 0.99548. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4199 keV; fixed-temperature rate / baseline = 0.99436. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4394 keV; fixed-temperature rate / baseline = 0.99323. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4589 keV; fixed-temperature rate / baseline = 0.99211. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4784 keV; fixed-temperature rate / baseline = 0.99099. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.4979 keV; fixed-temperature rate / baseline = 0.98987. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5174 keV; fixed-temperature rate / baseline = 0.98875. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5369 keV; fixed-temperature rate / baseline = 0.98763. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5564 keV; fixed-temperature rate / baseline = 0.98651. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5759 keV; fixed-temperature rate / baseline = 0.98540. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.5954 keV; fixed-temperature rate / baseline = 0.98429. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6149 keV; fixed-temperature rate / baseline = 0.98317. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6344 keV; fixed-temperature rate / baseline = 0.98206. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6539 keV; fixed-temperature rate / baseline = 0.98095. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6734 keV; fixed-temperature rate / baseline = 0.97984. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.6929 keV; fixed-temperature rate / baseline = 0.97873. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7124 keV; fixed-temperature rate / baseline = 0.97763. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7319 keV; fixed-temperature rate / baseline = 0.97652. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7514 keV; fixed-temperature rate / baseline = 0.97542. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7709 keV; fixed-temperature rate / baseline = 0.97431. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.7904 keV; fixed-temperature rate / baseline = 0.97321. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8099 keV; fixed-temperature rate / baseline = 0.97211. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8294 keV; fixed-temperature rate / baseline = 0.97101. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8489 keV; fixed-temperature rate / baseline = 0.96992. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8684 keV; fixed-temperature rate / baseline = 0.96882. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.8878 keV; fixed-temperature rate / baseline = 0.96772. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9073 keV; fixed-temperature rate / baseline = 0.96663. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9268 keV; fixed-temperature rate / baseline = 0.96554. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9463 keV; fixed-temperature rate / baseline = 0.96444. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9658 keV; fixed-temperature rate / baseline = 0.96335. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 379.9853 keV; fixed-temperature rate / baseline = 0.96226. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0048 keV; fixed-temperature rate / baseline = 0.96118. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0243 keV; fixed-temperature rate / baseline = 0.96009. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0438 keV; fixed-temperature rate / baseline = 0.95900. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0633 keV; fixed-temperature rate / baseline = 0.95792. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.0828 keV; fixed-temperature rate / baseline = 0.95684. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1023 keV; fixed-temperature rate / baseline = 0.95576. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a9","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.2 GK; response 3.99 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5243 keV; fixed-temperature rate / baseline = 1.04740. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5642 keV; fixed-temperature rate / baseline = 1.04497. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6640 keV; fixed-temperature rate / baseline = 1.03894. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6839 keV; fixed-temperature rate / baseline = 1.03774. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.7039 keV; fixed-temperature rate / baseline = 1.03654. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7238 keV; fixed-temperature rate / baseline = 1.03534. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7438 keV; fixed-temperature rate / baseline = 1.03414. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7638 keV; fixed-temperature rate / baseline = 1.03294. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7837 keV; fixed-temperature rate / baseline = 1.03175. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.8037 keV; fixed-temperature rate / baseline = 1.03056. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8236 keV; fixed-temperature rate / baseline = 1.02936. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8436 keV; fixed-temperature rate / baseline = 1.02817. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8635 keV; fixed-temperature rate / baseline = 1.02698. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8835 keV; fixed-temperature rate / baseline = 1.02579. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.9034 keV; fixed-temperature rate / baseline = 1.02461. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9234 keV; fixed-temperature rate / baseline = 1.02342. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9433 keV; fixed-temperature rate / baseline = 1.02224. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9633 keV; fixed-temperature rate / baseline = 1.02106. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9832 keV; fixed-temperature rate / baseline = 1.01987. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 379.0032 keV; fixed-temperature rate / baseline = 1.01869. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0231 keV; fixed-temperature rate / baseline = 1.01752. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0431 keV; fixed-temperature rate / baseline = 1.01634. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0630 keV; fixed-temperature rate / baseline = 1.01516. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0830 keV; fixed-temperature rate / baseline = 1.01399. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.1029 keV; fixed-temperature rate / baseline = 1.01281. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1229 keV; fixed-temperature rate / baseline = 1.01164. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1428 keV; fixed-temperature rate / baseline = 1.01047. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1628 keV; fixed-temperature rate / baseline = 1.00930. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1827 keV; fixed-temperature rate / baseline = 1.00814. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2027 keV; fixed-temperature rate / baseline = 1.00697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2226 keV; fixed-temperature rate / baseline = 1.00580. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2426 keV; fixed-temperature rate / baseline = 1.00464. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2625 keV; fixed-temperature rate / baseline = 1.00348. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2825 keV; fixed-temperature rate / baseline = 1.00232. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3423 keV; fixed-temperature rate / baseline = 0.99884. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3623 keV; fixed-temperature rate / baseline = 0.99769. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3822 keV; fixed-temperature rate / baseline = 0.99653. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4022 keV; fixed-temperature rate / baseline = 0.99538. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4221 keV; fixed-temperature rate / baseline = 0.99423. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4421 keV; fixed-temperature rate / baseline = 0.99308. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4620 keV; fixed-temperature rate / baseline = 0.99193. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4820 keV; fixed-temperature rate / baseline = 0.99078. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.5019 keV; fixed-temperature rate / baseline = 0.98964. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5219 keV; fixed-temperature rate / baseline = 0.98849. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5418 keV; fixed-temperature rate / baseline = 0.98735. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5618 keV; fixed-temperature rate / baseline = 0.98621. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5817 keV; fixed-temperature rate / baseline = 0.98506. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.6017 keV; fixed-temperature rate / baseline = 0.98393. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6216 keV; fixed-temperature rate / baseline = 0.98279. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6416 keV; fixed-temperature rate / baseline = 0.98165. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6615 keV; fixed-temperature rate / baseline = 0.98051. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6815 keV; fixed-temperature rate / baseline = 0.97938. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.7014 keV; fixed-temperature rate / baseline = 0.97825. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7214 keV; fixed-temperature rate / baseline = 0.97712. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7413 keV; fixed-temperature rate / baseline = 0.97599. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7613 keV; fixed-temperature rate / baseline = 0.97486. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7812 keV; fixed-temperature rate / baseline = 0.97373. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.8012 keV; fixed-temperature rate / baseline = 0.97260. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8211 keV; fixed-temperature rate / baseline = 0.97148. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8411 keV; fixed-temperature rate / baseline = 0.97035. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8610 keV; fixed-temperature rate / baseline = 0.96923. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8810 keV; fixed-temperature rate / baseline = 0.96811. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.9009 keV; fixed-temperature rate / baseline = 0.96699. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9208 keV; fixed-temperature rate / baseline = 0.96587. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9408 keV; fixed-temperature rate / baseline = 0.96475. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9607 keV; fixed-temperature rate / baseline = 0.96364. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9807 keV; fixed-temperature rate / baseline = 0.96252. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0804 keV; fixed-temperature rate / baseline = 0.95697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.1004 keV; fixed-temperature rate / baseline = 0.95586. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1203 keV; fixed-temperature rate / baseline = 0.95476. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a10","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.2 GK; response 4.08 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5063 keV; fixed-temperature rate / baseline = 1.04849. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5267 keV; fixed-temperature rate / baseline = 1.04725. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5471 keV; fixed-temperature rate / baseline = 1.04601. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.5675 keV; fixed-temperature rate / baseline = 1.04477. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.5879 keV; fixed-temperature rate / baseline = 1.04354. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6083 keV; fixed-temperature rate / baseline = 1.04230. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6287 keV; fixed-temperature rate / baseline = 1.04107. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6491 keV; fixed-temperature rate / baseline = 1.03984. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6695 keV; fixed-temperature rate / baseline = 1.03861. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.6899 keV; fixed-temperature rate / baseline = 1.03738. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7103 keV; fixed-temperature rate / baseline = 1.03615. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7307 keV; fixed-temperature rate / baseline = 1.03492. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7512 keV; fixed-temperature rate / baseline = 1.03370. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7716 keV; fixed-temperature rate / baseline = 1.03248. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.7920 keV; fixed-temperature rate / baseline = 1.03126. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8124 keV; fixed-temperature rate / baseline = 1.03004. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8328 keV; fixed-temperature rate / baseline = 1.02882. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8532 keV; fixed-temperature rate / baseline = 1.02760. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8736 keV; fixed-temperature rate / baseline = 1.02638. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.8940 keV; fixed-temperature rate / baseline = 1.02517. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9144 keV; fixed-temperature rate / baseline = 1.02396. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9348 keV; fixed-temperature rate / baseline = 1.02275. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9552 keV; fixed-temperature rate / baseline = 1.02154. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9756 keV; fixed-temperature rate / baseline = 1.02033. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 378.9960 keV; fixed-temperature rate / baseline = 1.01912. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0164 keV; fixed-temperature rate / baseline = 1.01791. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0368 keV; fixed-temperature rate / baseline = 1.01671. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0572 keV; fixed-temperature rate / baseline = 1.01551. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0776 keV; fixed-temperature rate / baseline = 1.01431. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.0980 keV; fixed-temperature rate / baseline = 1.01311. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1184 keV; fixed-temperature rate / baseline = 1.01191. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1388 keV; fixed-temperature rate / baseline = 1.01071. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1592 keV; fixed-temperature rate / baseline = 1.00951. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1796 keV; fixed-temperature rate / baseline = 1.00832. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2000 keV; fixed-temperature rate / baseline = 1.00713. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2204 keV; fixed-temperature rate / baseline = 1.00594. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2408 keV; fixed-temperature rate / baseline = 1.00475. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2612 keV; fixed-temperature rate / baseline = 1.00356. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2816 keV; fixed-temperature rate / baseline = 1.00237. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3020 keV; fixed-temperature rate / baseline = 1.00118. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3428 keV; fixed-temperature rate / baseline = 0.99882. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3632 keV; fixed-temperature rate / baseline = 0.99764. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3836 keV; fixed-temperature rate / baseline = 0.99646. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4040 keV; fixed-temperature rate / baseline = 0.99528. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4244 keV; fixed-temperature rate / baseline = 0.99410. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4448 keV; fixed-temperature rate / baseline = 0.99292. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4652 keV; fixed-temperature rate / baseline = 0.99175. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4856 keV; fixed-temperature rate / baseline = 0.99058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.5060 keV; fixed-temperature rate / baseline = 0.98940. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5264 keV; fixed-temperature rate / baseline = 0.98823. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5468 keV; fixed-temperature rate / baseline = 0.98706. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5672 keV; fixed-temperature rate / baseline = 0.98590. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5876 keV; fixed-temperature rate / baseline = 0.98473. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.6080 keV; fixed-temperature rate / baseline = 0.98357. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6284 keV; fixed-temperature rate / baseline = 0.98240. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6488 keV; fixed-temperature rate / baseline = 0.98124. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6692 keV; fixed-temperature rate / baseline = 0.98008. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6896 keV; fixed-temperature rate / baseline = 0.97892. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.7100 keV; fixed-temperature rate / baseline = 0.97776. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7304 keV; fixed-temperature rate / baseline = 0.97661. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7508 keV; fixed-temperature rate / baseline = 0.97545. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7712 keV; fixed-temperature rate / baseline = 0.97430. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.8120 keV; fixed-temperature rate / baseline = 0.97199. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8324 keV; fixed-temperature rate / baseline = 0.97084. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8936 keV; fixed-temperature rate / baseline = 0.96740. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.9139 keV; fixed-temperature rate / baseline = 0.96626. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9343 keV; fixed-temperature rate / baseline = 0.96512. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9547 keV; fixed-temperature rate / baseline = 0.96397. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9751 keV; fixed-temperature rate / baseline = 0.96283. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9955 keV; fixed-temperature rate / baseline = 0.96170. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 380.0159 keV; fixed-temperature rate / baseline = 0.96056. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0363 keV; fixed-temperature rate / baseline = 0.95942. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0567 keV; fixed-temperature rate / baseline = 0.95829. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0771 keV; fixed-temperature rate / baseline = 0.95715. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0975 keV; fixed-temperature rate / baseline = 0.95602. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.1179 keV; fixed-temperature rate / baseline = 0.95489. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1383 keV; fixed-temperature rate / baseline = 0.95376. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a11","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.3 GK; response 3.9 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5423 keV; fixed-temperature rate / baseline = 1.03063. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5618 keV; fixed-temperature rate / baseline = 1.02986. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5813 keV; fixed-temperature rate / baseline = 1.02908. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.6008 keV; fixed-temperature rate / baseline = 1.02830. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.6203 keV; fixed-temperature rate / baseline = 1.02753. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6398 keV; fixed-temperature rate / baseline = 1.02675. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6593 keV; fixed-temperature rate / baseline = 1.02598. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6788 keV; fixed-temperature rate / baseline = 1.02521. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6983 keV; fixed-temperature rate / baseline = 1.02443. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.7178 keV; fixed-temperature rate / baseline = 1.02366. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7373 keV; fixed-temperature rate / baseline = 1.02289. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7568 keV; fixed-temperature rate / baseline = 1.02212. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7764 keV; fixed-temperature rate / baseline = 1.02135. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7959 keV; fixed-temperature rate / baseline = 1.02058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.8154 keV; fixed-temperature rate / baseline = 1.01981. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8349 keV; fixed-temperature rate / baseline = 1.01904. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8544 keV; fixed-temperature rate / baseline = 1.01827. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8739 keV; fixed-temperature rate / baseline = 1.01750. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8934 keV; fixed-temperature rate / baseline = 1.01673. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.9129 keV; fixed-temperature rate / baseline = 1.01597. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9324 keV; fixed-temperature rate / baseline = 1.01520. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9519 keV; fixed-temperature rate / baseline = 1.01444. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9714 keV; fixed-temperature rate / baseline = 1.01367. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9909 keV; fixed-temperature rate / baseline = 1.01291. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 379.0104 keV; fixed-temperature rate / baseline = 1.01214. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0299 keV; fixed-temperature rate / baseline = 1.01138. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0494 keV; fixed-temperature rate / baseline = 1.01062. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0689 keV; fixed-temperature rate / baseline = 1.00985. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0884 keV; fixed-temperature rate / baseline = 1.00909. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.1079 keV; fixed-temperature rate / baseline = 1.00833. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1274 keV; fixed-temperature rate / baseline = 1.00757. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1469 keV; fixed-temperature rate / baseline = 1.00681. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1664 keV; fixed-temperature rate / baseline = 1.00605. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1859 keV; fixed-temperature rate / baseline = 1.00529. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2054 keV; fixed-temperature rate / baseline = 1.00454. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2249 keV; fixed-temperature rate / baseline = 1.00378. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2444 keV; fixed-temperature rate / baseline = 1.00302. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2639 keV; fixed-temperature rate / baseline = 1.00227. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2834 keV; fixed-temperature rate / baseline = 1.00151. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3029 keV; fixed-temperature rate / baseline = 1.00075. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3419 keV; fixed-temperature rate / baseline = 0.99925. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3614 keV; fixed-temperature rate / baseline = 0.99849. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3809 keV; fixed-temperature rate / baseline = 0.99774. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4004 keV; fixed-temperature rate / baseline = 0.99699. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4199 keV; fixed-temperature rate / baseline = 0.99624. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4394 keV; fixed-temperature rate / baseline = 0.99548. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4589 keV; fixed-temperature rate / baseline = 0.99473. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4784 keV; fixed-temperature rate / baseline = 0.99398. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.4979 keV; fixed-temperature rate / baseline = 0.99323. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5174 keV; fixed-temperature rate / baseline = 0.99249. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5369 keV; fixed-temperature rate / baseline = 0.99174. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5564 keV; fixed-temperature rate / baseline = 0.99099. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5759 keV; fixed-temperature rate / baseline = 0.99024. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.5954 keV; fixed-temperature rate / baseline = 0.98950. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6149 keV; fixed-temperature rate / baseline = 0.98875. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6344 keV; fixed-temperature rate / baseline = 0.98800. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6539 keV; fixed-temperature rate / baseline = 0.98726. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6734 keV; fixed-temperature rate / baseline = 0.98652. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.6929 keV; fixed-temperature rate / baseline = 0.98577. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7124 keV; fixed-temperature rate / baseline = 0.98503. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7319 keV; fixed-temperature rate / baseline = 0.98429. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7514 keV; fixed-temperature rate / baseline = 0.98354. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7709 keV; fixed-temperature rate / baseline = 0.98280. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.7904 keV; fixed-temperature rate / baseline = 0.98206. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8099 keV; fixed-temperature rate / baseline = 0.98132. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8294 keV; fixed-temperature rate / baseline = 0.98058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8489 keV; fixed-temperature rate / baseline = 0.97984. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8684 keV; fixed-temperature rate / baseline = 0.97910. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.8878 keV; fixed-temperature rate / baseline = 0.97836. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9073 keV; fixed-temperature rate / baseline = 0.97763. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9268 keV; fixed-temperature rate / baseline = 0.97689. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9463 keV; fixed-temperature rate / baseline = 0.97615. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9658 keV; fixed-temperature rate / baseline = 0.97542. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 379.9853 keV; fixed-temperature rate / baseline = 0.97468. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0048 keV; fixed-temperature rate / baseline = 0.97395. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0243 keV; fixed-temperature rate / baseline = 0.97321. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0438 keV; fixed-temperature rate / baseline = 0.97248. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0633 keV; fixed-temperature rate / baseline = 0.97175. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.0828 keV; fixed-temperature rate / baseline = 0.97101. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1023 keV; fixed-temperature rate / baseline = 0.97028. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a3","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":200.0},{"curves":[{"x":"a2","y":"a12","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":200.0}]}]},{"name":"T = 0.3 GK; response 3.99 MeV","context":"Radiative width fixed. Response scenarios are the published central coefficient and \u00b1 one reported error, not a joint nuclear posterior.","frames":[{"readout":"Alpha displacement -200 ppm; E_R = 378.5243 keV; fixed-temperature rate / baseline = 1.03135. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5443 keV; fixed-temperature rate / baseline = 1.03056. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5642 keV; fixed-temperature rate / baseline = 1.02976. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.5842 keV; fixed-temperature rate / baseline = 1.02897. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.6041 keV; fixed-temperature rate / baseline = 1.02817. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6241 keV; fixed-temperature rate / baseline = 1.02738. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6440 keV; fixed-temperature rate / baseline = 1.02659. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6640 keV; fixed-temperature rate / baseline = 1.02580. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6839 keV; fixed-temperature rate / baseline = 1.02500. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.7039 keV; fixed-temperature rate / baseline = 1.02421. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7238 keV; fixed-temperature rate / baseline = 1.02342. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7438 keV; fixed-temperature rate / baseline = 1.02263. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7638 keV; fixed-temperature rate / baseline = 1.02184. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7837 keV; fixed-temperature rate / baseline = 1.02106. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.8037 keV; fixed-temperature rate / baseline = 1.02027. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8236 keV; fixed-temperature rate / baseline = 1.01948. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8436 keV; fixed-temperature rate / baseline = 1.01869. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8635 keV; fixed-temperature rate / baseline = 1.01791. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8835 keV; fixed-temperature rate / baseline = 1.01712. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.9034 keV; fixed-temperature rate / baseline = 1.01634. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9234 keV; fixed-temperature rate / baseline = 1.01555. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9433 keV; fixed-temperature rate / baseline = 1.01477. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9633 keV; fixed-temperature rate / baseline = 1.01399. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9832 keV; fixed-temperature rate / baseline = 1.01321. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 379.0032 keV; fixed-temperature rate / baseline = 1.01242. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0231 keV; fixed-temperature rate / baseline = 1.01164. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0431 keV; fixed-temperature rate / baseline = 1.01086. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0630 keV; fixed-temperature rate / baseline = 1.01008. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0830 keV; fixed-temperature rate / baseline = 1.00930. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.1029 keV; fixed-temperature rate / baseline = 1.00853. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1229 keV; fixed-temperature rate / baseline = 1.00775. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1428 keV; fixed-temperature rate / baseline = 1.00697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1628 keV; fixed-temperature rate / baseline = 1.00619. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1827 keV; fixed-temperature rate / baseline = 1.00542. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2027 keV; fixed-temperature rate / baseline = 1.00464. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2226 keV; fixed-temperature rate / baseline = 1.00387. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2426 keV; fixed-temperature rate / baseline = 1.00309. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-20.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-20.0}]},{"readout":"Alpha displacement -15 ppm; E_R = 379.2625 keV; fixed-temperature rate / baseline = 1.00232. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-15.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-15.0}]},{"readout":"Alpha displacement -10 ppm; E_R = 379.2825 keV; fixed-temperature rate / baseline = 1.00154. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3024 keV; fixed-temperature rate / baseline = 1.00077. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3423 keV; fixed-temperature rate / baseline = 0.99923. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3623 keV; fixed-temperature rate / baseline = 0.99846. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3822 keV; fixed-temperature rate / baseline = 0.99769. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4022 keV; fixed-temperature rate / baseline = 0.99692. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4221 keV; fixed-temperature rate / baseline = 0.99615. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4421 keV; fixed-temperature rate / baseline = 0.99538. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4620 keV; fixed-temperature rate / baseline = 0.99461. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4820 keV; fixed-temperature rate / baseline = 0.99385. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.5019 keV; fixed-temperature rate / baseline = 0.99308. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5219 keV; fixed-temperature rate / baseline = 0.99231. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5418 keV; fixed-temperature rate / baseline = 0.99155. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5618 keV; fixed-temperature rate / baseline = 0.99078. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5817 keV; fixed-temperature rate / baseline = 0.99002. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.6017 keV; fixed-temperature rate / baseline = 0.98925. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6216 keV; fixed-temperature rate / baseline = 0.98849. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6416 keV; fixed-temperature rate / baseline = 0.98773. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6615 keV; fixed-temperature rate / baseline = 0.98697. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6815 keV; fixed-temperature rate / baseline = 0.98621. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.7014 keV; fixed-temperature rate / baseline = 0.98545. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7214 keV; fixed-temperature rate / baseline = 0.98469. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7413 keV; fixed-temperature rate / baseline = 0.98393. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7613 keV; fixed-temperature rate / baseline = 0.98317. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7812 keV; fixed-temperature rate / baseline = 0.98241. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.8012 keV; fixed-temperature rate / baseline = 0.98165. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8211 keV; fixed-temperature rate / baseline = 0.98089. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8411 keV; fixed-temperature rate / baseline = 0.98014. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8610 keV; fixed-temperature rate / baseline = 0.97938. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8810 keV; fixed-temperature rate / baseline = 0.97863. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.9009 keV; fixed-temperature rate / baseline = 0.97787. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":145.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":145.0}]},{"readout":"Alpha displacement +150 ppm; E_R = 379.9208 keV; fixed-temperature rate / baseline = 0.97712. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":150.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":150.0}]},{"readout":"Alpha displacement +155 ppm; E_R = 379.9408 keV; fixed-temperature rate / baseline = 0.97636. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9607 keV; fixed-temperature rate / baseline = 0.97561. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":160.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":160.0}]},{"readout":"Alpha displacement +165 ppm; E_R = 379.9807 keV; fixed-temperature rate / baseline = 0.97486. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 380.0006 keV; fixed-temperature rate / baseline = 0.97411. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0206 keV; fixed-temperature rate / baseline = 0.97335. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0405 keV; fixed-temperature rate / baseline = 0.97260. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0605 keV; fixed-temperature rate / baseline = 0.97185. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0804 keV; fixed-temperature rate / baseline = 0.97110. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.1004 keV; fixed-temperature rate / baseline = 0.97035. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a5","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a13","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1203 keV; fixed-temperature rate / baseline = 0.96961. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-200.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-200.0}]},{"readout":"Alpha displacement -195 ppm; E_R = 378.5267 keV; fixed-temperature rate / baseline = 1.03126. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-195.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-195.0}]},{"readout":"Alpha displacement -190 ppm; E_R = 378.5471 keV; fixed-temperature rate / baseline = 1.03044. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-190.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-190.0}]},{"readout":"Alpha displacement -185 ppm; E_R = 378.5675 keV; fixed-temperature rate / baseline = 1.02963. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-185.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-185.0}]},{"readout":"Alpha displacement -180 ppm; E_R = 378.5879 keV; fixed-temperature rate / baseline = 1.02882. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-180.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-180.0}]},{"readout":"Alpha displacement -175 ppm; E_R = 378.6083 keV; fixed-temperature rate / baseline = 1.02801. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-175.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-175.0}]},{"readout":"Alpha displacement -170 ppm; E_R = 378.6287 keV; fixed-temperature rate / baseline = 1.02720. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-170.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-170.0}]},{"readout":"Alpha displacement -165 ppm; E_R = 378.6491 keV; fixed-temperature rate / baseline = 1.02638. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-165.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-165.0}]},{"readout":"Alpha displacement -160 ppm; E_R = 378.6695 keV; fixed-temperature rate / baseline = 1.02558. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-160.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-160.0}]},{"readout":"Alpha displacement -155 ppm; E_R = 378.6899 keV; fixed-temperature rate / baseline = 1.02477. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-155.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-155.0}]},{"readout":"Alpha displacement -150 ppm; E_R = 378.7103 keV; fixed-temperature rate / baseline = 1.02396. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-150.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-150.0}]},{"readout":"Alpha displacement -145 ppm; E_R = 378.7307 keV; fixed-temperature rate / baseline = 1.02315. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-145.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-145.0}]},{"readout":"Alpha displacement -140 ppm; E_R = 378.7512 keV; fixed-temperature rate / baseline = 1.02234. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-140.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-140.0}]},{"readout":"Alpha displacement -135 ppm; E_R = 378.7716 keV; fixed-temperature rate / baseline = 1.02154. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-135.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-135.0}]},{"readout":"Alpha displacement -130 ppm; E_R = 378.7920 keV; fixed-temperature rate / baseline = 1.02073. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-130.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-130.0}]},{"readout":"Alpha displacement -125 ppm; E_R = 378.8124 keV; fixed-temperature rate / baseline = 1.01992. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-125.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-125.0}]},{"readout":"Alpha displacement -120 ppm; E_R = 378.8328 keV; fixed-temperature rate / baseline = 1.01912. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-120.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-120.0}]},{"readout":"Alpha displacement -115 ppm; E_R = 378.8532 keV; fixed-temperature rate / baseline = 1.01832. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-115.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-115.0}]},{"readout":"Alpha displacement -110 ppm; E_R = 378.8736 keV; fixed-temperature rate / baseline = 1.01751. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-110.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-110.0}]},{"readout":"Alpha displacement -105 ppm; E_R = 378.8940 keV; fixed-temperature rate / baseline = 1.01671. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-105.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-105.0}]},{"readout":"Alpha displacement -100 ppm; E_R = 378.9144 keV; fixed-temperature rate / baseline = 1.01591. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-100.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-100.0}]},{"readout":"Alpha displacement -95 ppm; E_R = 378.9348 keV; fixed-temperature rate / baseline = 1.01511. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-95.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-95.0}]},{"readout":"Alpha displacement -90 ppm; E_R = 378.9552 keV; fixed-temperature rate / baseline = 1.01431. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-90.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-90.0}]},{"readout":"Alpha displacement -85 ppm; E_R = 378.9756 keV; fixed-temperature rate / baseline = 1.01351. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-85.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-85.0}]},{"readout":"Alpha displacement -80 ppm; E_R = 378.9960 keV; fixed-temperature rate / baseline = 1.01271. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-80.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-80.0}]},{"readout":"Alpha displacement -75 ppm; E_R = 379.0164 keV; fixed-temperature rate / baseline = 1.01191. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-75.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-75.0}]},{"readout":"Alpha displacement -70 ppm; E_R = 379.0368 keV; fixed-temperature rate / baseline = 1.01111. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-70.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-70.0}]},{"readout":"Alpha displacement -65 ppm; E_R = 379.0572 keV; fixed-temperature rate / baseline = 1.01031. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-65.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-65.0}]},{"readout":"Alpha displacement -60 ppm; E_R = 379.0776 keV; fixed-temperature rate / baseline = 1.00951. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-60.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-60.0}]},{"readout":"Alpha displacement -55 ppm; E_R = 379.0980 keV; fixed-temperature rate / baseline = 1.00872. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-55.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-55.0}]},{"readout":"Alpha displacement -50 ppm; E_R = 379.1184 keV; fixed-temperature rate / baseline = 1.00792. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-50.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-50.0}]},{"readout":"Alpha displacement -45 ppm; E_R = 379.1388 keV; fixed-temperature rate / baseline = 1.00713. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-45.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-45.0}]},{"readout":"Alpha displacement -40 ppm; E_R = 379.1592 keV; fixed-temperature rate / baseline = 1.00633. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-40.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-40.0}]},{"readout":"Alpha displacement -35 ppm; E_R = 379.1796 keV; fixed-temperature rate / baseline = 1.00554. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-35.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-35.0}]},{"readout":"Alpha displacement -30 ppm; E_R = 379.2000 keV; fixed-temperature rate / baseline = 1.00475. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-30.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-30.0}]},{"readout":"Alpha displacement -25 ppm; E_R = 379.2204 keV; fixed-temperature rate / baseline = 1.00395. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-25.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-25.0}]},{"readout":"Alpha displacement -20 ppm; E_R = 379.2408 keV; fixed-temperature rate / baseline = 1.00316. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-10.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-10.0}]},{"readout":"Alpha displacement -5 ppm; E_R = 379.3020 keV; fixed-temperature rate / baseline = 1.00079. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":-5.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":-5.0}]},{"readout":"Alpha displacement +0 ppm; E_R = 379.3224 keV; fixed-temperature rate / baseline = 1.00000. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":0.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":0.0}]},{"readout":"Alpha displacement +5 ppm; E_R = 379.3428 keV; fixed-temperature rate / baseline = 0.99921. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":5.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":5.0}]},{"readout":"Alpha displacement +10 ppm; E_R = 379.3632 keV; fixed-temperature rate / baseline = 0.99842. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":10.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":10.0}]},{"readout":"Alpha displacement +15 ppm; E_R = 379.3836 keV; fixed-temperature rate / baseline = 0.99764. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":15.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":15.0}]},{"readout":"Alpha displacement +20 ppm; E_R = 379.4040 keV; fixed-temperature rate / baseline = 0.99685. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":20.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":20.0}]},{"readout":"Alpha displacement +25 ppm; E_R = 379.4244 keV; fixed-temperature rate / baseline = 0.99606. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":25.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":25.0}]},{"readout":"Alpha displacement +30 ppm; E_R = 379.4448 keV; fixed-temperature rate / baseline = 0.99528. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":30.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":30.0}]},{"readout":"Alpha displacement +35 ppm; E_R = 379.4652 keV; fixed-temperature rate / baseline = 0.99449. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":35.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":35.0}]},{"readout":"Alpha displacement +40 ppm; E_R = 379.4856 keV; fixed-temperature rate / baseline = 0.99371. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":40.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":40.0}]},{"readout":"Alpha displacement +45 ppm; E_R = 379.5060 keV; fixed-temperature rate / baseline = 0.99292. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":45.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":45.0}]},{"readout":"Alpha displacement +50 ppm; E_R = 379.5264 keV; fixed-temperature rate / baseline = 0.99214. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":50.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":50.0}]},{"readout":"Alpha displacement +55 ppm; E_R = 379.5468 keV; fixed-temperature rate / baseline = 0.99136. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":55.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":55.0}]},{"readout":"Alpha displacement +60 ppm; E_R = 379.5672 keV; fixed-temperature rate / baseline = 0.99058. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":60.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":60.0}]},{"readout":"Alpha displacement +65 ppm; E_R = 379.5876 keV; fixed-temperature rate / baseline = 0.98979. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":65.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":65.0}]},{"readout":"Alpha displacement +70 ppm; E_R = 379.6080 keV; fixed-temperature rate / baseline = 0.98901. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":70.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":70.0}]},{"readout":"Alpha displacement +75 ppm; E_R = 379.6284 keV; fixed-temperature rate / baseline = 0.98823. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":75.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":75.0}]},{"readout":"Alpha displacement +80 ppm; E_R = 379.6488 keV; fixed-temperature rate / baseline = 0.98745. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":80.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":80.0}]},{"readout":"Alpha displacement +85 ppm; E_R = 379.6692 keV; fixed-temperature rate / baseline = 0.98668. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":85.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":85.0}]},{"readout":"Alpha displacement +90 ppm; E_R = 379.6896 keV; fixed-temperature rate / baseline = 0.98590. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":90.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":90.0}]},{"readout":"Alpha displacement +95 ppm; E_R = 379.7100 keV; fixed-temperature rate / baseline = 0.98512. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":95.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":95.0}]},{"readout":"Alpha displacement +100 ppm; E_R = 379.7304 keV; fixed-temperature rate / baseline = 0.98434. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":100.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":100.0}]},{"readout":"Alpha displacement +105 ppm; E_R = 379.7508 keV; fixed-temperature rate / baseline = 0.98357. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":105.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":105.0}]},{"readout":"Alpha displacement +110 ppm; E_R = 379.7712 keV; fixed-temperature rate / baseline = 0.98279. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":110.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":110.0}]},{"readout":"Alpha displacement +115 ppm; E_R = 379.7916 keV; fixed-temperature rate / baseline = 0.98202. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":115.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":115.0}]},{"readout":"Alpha displacement +120 ppm; E_R = 379.8120 keV; fixed-temperature rate / baseline = 0.98124. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":120.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":120.0}]},{"readout":"Alpha displacement +125 ppm; E_R = 379.8324 keV; fixed-temperature rate / baseline = 0.98047. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":125.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":125.0}]},{"readout":"Alpha displacement +130 ppm; E_R = 379.8528 keV; fixed-temperature rate / baseline = 0.97969. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":130.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":130.0}]},{"readout":"Alpha displacement +135 ppm; E_R = 379.8732 keV; fixed-temperature rate / baseline = 0.97892. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":135.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":135.0}]},{"readout":"Alpha displacement +140 ppm; E_R = 379.8936 keV; fixed-temperature rate / baseline = 0.97815. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":140.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":140.0}]},{"readout":"Alpha displacement +145 ppm; E_R = 379.9139 keV; fixed-temperature rate / baseline = 0.97738. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":155.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":155.0}]},{"readout":"Alpha displacement +160 ppm; E_R = 379.9751 keV; fixed-temperature rate / baseline = 0.97507. 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This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":165.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":165.0}]},{"readout":"Alpha displacement +170 ppm; E_R = 380.0159 keV; fixed-temperature rate / baseline = 0.97353. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":170.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":170.0}]},{"readout":"Alpha displacement +175 ppm; E_R = 380.0363 keV; fixed-temperature rate / baseline = 0.97276. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":175.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":175.0}]},{"readout":"Alpha displacement +180 ppm; E_R = 380.0567 keV; fixed-temperature rate / baseline = 0.97199. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":180.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":180.0}]},{"readout":"Alpha displacement +185 ppm; E_R = 380.0771 keV; fixed-temperature rate / baseline = 0.97123. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":185.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":185.0}]},{"readout":"Alpha displacement +190 ppm; E_R = 380.0975 keV; fixed-temperature rate / baseline = 0.97046. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":190.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":190.0}]},{"readout":"Alpha displacement +195 ppm; E_R = 380.1179 keV; fixed-temperature rate / baseline = 0.96970. This slider is a parameter scan, not physical time.","plots":[{"curves":[{"x":"a0","y":"a1","label":"Common energy translation: no rate change","dashed":true},{"x":"a2","y":"a7","label":"Relative Hoyle energy"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Change of relative energy (keV)","xlim":[-200,200],"ylim":[-0.85,0.85],"cursor":195.0},{"curves":[{"x":"a2","y":"a14","label":"Triple-alpha / baseline"}],"xlabel":"Alpha displacement (ppm)","ylabel":"Rate ratio","xlim":[-200,200],"ylim":[0.9,1.11],"cursor":195.0}]},{"readout":"Alpha displacement +200 ppm; E_R = 380.1383 keV; fixed-temperature rate / baseline = 0.96893. 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