{
  "visual_id": "A01",
  "title": "The relative nuclear energy controls the rate",
  "classification": "analytic_response_scan",
  "status": "validated_within_scope",
  "run_ids": [
    "20260927T062341249451Z-E01-evaluated"
  ],
  "experiment_ids": [
    "E01-evaluated"
  ],
  "claim_ids": [
    "C02"
  ],
  "input_files": [
    {
      "path": "runs/20260927T062341249451Z-E01-evaluated/thresholds.json",
      "sha256": "3f9a7f7f3c1ebcdc3fefa92bb1b1b8a81c099813db03f3f7668fb845ff4f08c9"
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      "path": "runs/20260927T062341249451Z-E01-evaluated/correlated-rate-sensitivity.csv",
      "sha256": "d8ad68a5b68a5f4fdb1a399fc92cab17919ed797be7d6d48ebe15fb5fd843564"
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  ],
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  "frame_sha256": "e8208bfd05540ef94b3e1cadc8b69b9b538280c4fa08a5aa4bbe6a79c6bac109",
  "caption": "The three-alpha threshold defines zero energy. The published derivative changes the Hoyle energy relative to that threshold. A common translation is an analytic null. Separate absolute threshold motions are not available for every nuclear scenario and are not invented here. Stellar temperature is held fixed.",
  "alt_text": "A moving cursor connects a small relative energy shift with the exponential triple-alpha rate response; the common-translation control stays at zero.",
  "time_interpolation": "Frames sample saved arrays or explicit analytic equations. Plot-line interpolation does not add a new evolution solve.",
  "generator_sha256": "3ab3602467624926777d30a93a98b83730c4c7c9094af6fb744ac01c4c92536c",
  "playback": "Paused by default, manual play and frame slider; motion stops when hidden or reduced-motion preference changes.",
  "extension_generator_sha256": null,
  "render_command": "uv run --offline --frozen python run.py full animations",
  "output_sha256": {
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}