{
  "visual_id": "V05",
  "title": "Density changes the response",
  "classification": "new_simulation",
  "status": "validated_within_scope",
  "experiment_ids": [
    "E03-extended"
  ],
  "run_ids": [
    "20260927T065733690412Z-E03-extended"
  ],
  "model_ids": [
    "evaluated-networks-and-capture-response"
  ],
  "claim_ids": [
    "C03"
  ],
  "input_files": [
    {
      "path": "runs/20260927T065733690412Z-E03-extended/network-results.json",
      "sha256": "db474872fbcc8e759f2b6befd66f5dd6ed29ac919dd2919bcacadb3db7d1721f"
    }
  ],
  "plotted_values": {
    "path": "V05.csv",
    "sha256": "8f492e1394606b6420efb82ab30ea6bae67ab944e746b1f28771013f1ad8ec7d"
  },
  "source_ids": [],
  "units": "Explicit axis labels and unit-bearing source columns; normalized quantities are defined in the caption.",
  "transformations": [
    "Saved numerical outputs only; physical interpolation, selection and normalization are described by the generator and caption."
  ],
  "uncertainty_type": "Numerical controls, published errors, and declared model/nuisance scenarios remain distinct; no biological threshold.",
  "validity_limits": [
    "A component calculation does not establish an observationally allowed complete history."
  ],
  "caption": "The unscreened 13-species network with reverse rates at 0.2 GK. Endpoint means helium depletion when reached, otherwise the declared three-billion-year calculation cap; the data retain that flag. Density is an ordinary nuisance parameter, not a phase probability.",
  "alt_text": "Carbon endpoint curves move with density, showing why an imposed nuclear rate shift alone does not determine the final abundance.",
  "render_command": "uv run --offline --frozen python run.py full render",
  "generator_sha256": "fa75ece843491c857348bd38d22cfeeae732a8bb9caa8c1921182f783c2cc6a4",
  "extension_generator_sha256": null,
  "output_sha256": {
    "svg": "ce06741de5e69c6eab774bb6cd16f606e85a5de84a4a63f95eeb481c974963e0",
    "png": "9eca6fe905fcf2d30c6b362b3bf6ddc4db595fa64bed46646b2b489cf0fcd503"
  }
}