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alpha / initial = 1.009983; excited population = 1.32e-11.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":32.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":32.0}]},{"readout":"Elapsed passage coordinate +34 atomic times (+8.22e-16 s); alpha / initial = 1.009989; excited population = 1.13e-11.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":34.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":34.0}]},{"readout":"Elapsed passage coordinate +36 atomic times (+8.71e-16 s); alpha / initial = 1.009993; excited population = 3.89e-12.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":36.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":36.0}]},{"readout":"Elapsed passage coordinate +38 atomic times (+9.19e-16 s); alpha / initial = 1.009995; excited population = 3.09e-14.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":38.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":38.0}]},{"readout":"Elapsed passage coordinate +40 atomic times (+9.68e-16 s); alpha / initial = 1.009997; excited population = 1.28e-12.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":40.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":40.0}]},{"readout":"Elapsed passage coordinate +42 atomic times (+1.02e-15 s); alpha / initial = 1.009998; excited population = 2.04e-12.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":42.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":42.0}]},{"readout":"Elapsed passage coordinate +44 atomic times (+1.06e-15 s); alpha / initial = 1.009998; excited population = 1.05e-12.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":44.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":44.0}]},{"readout":"Elapsed passage coordinate +46 atomic times (+1.11e-15 s); alpha / initial = 1.009999; excited population = 5.15e-13.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":46.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":46.0}]},{"readout":"Elapsed passage coordinate +48 atomic times (+1.16e-15 s); alpha / initial = 1.009999; excited population = 8.78e-13.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":48.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":48.0}]},{"readout":"Elapsed passage coordinate +50 atomic times (+1.21e-15 s); alpha / initial = 1.010000; excited population = 1.08e-12.","plots":[{"curves":[{"x":"a4","y":"a5","label":"Population outside instantaneous ground state"}],"xlabel":"Time / atomic time","ylabel":"Excited population","xlim":[-80.0,80.0],"ylim":[0,0.0001],"cursor":50.0},{"curves":[{"x":"a4","y":"a6","label":"Molecular energy change"},{"x":"a4","y":"a7","label":"Integrated background work","dashed":true}],"xlabel":"Time / atomic time","ylabel":"Energy / initial Hartree","xlim":[-80.0,80.0],"cursor":50.0}]},{"readout":"Elapsed passage coordinate +52 atomic times (+1.26e-15 s); 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