{
  "visual_id": "V13-scaling",
  "title": "Explicit molecular scaling control",
  "classification": "new_simulation",
  "status": "validated_within_scope",
  "experiment_ids": [
    "E09-extended"
  ],
  "run_ids": [
    "20260927T061356137462Z-E09-extended"
  ],
  "model_ids": [
    "molecular-Hamiltonians-and-dynamics"
  ],
  "claim_ids": [
    "C04",
    "C11",
    "C13"
  ],
  "input_files": [
    {
      "path": "runs/20260927T061356137462Z-E09-extended/explicit-Hamiltonian-scaling.json",
      "sha256": "62420c84e3a0b66a0208e69f489fefa608a6f7243f225b678ec55a3afc536c8f"
    }
  ],
  "plotted_values": {
    "path": "V13-scaling.csv",
    "sha256": "fbb130e9cf241d9bffa06e91bc07ac335a8860a753dd4982905f8fc6c0bcb108"
  },
  "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": "Explicit H2 and water Hamiltonians reproduce nonrelativistic Coulomb dilation after lengths and energies are rescaled. Deviations here are numerical roundoff. Relativistic corrections, finite nuclear masses and a time-dependent passage are separate calculations; scaling alone is not evidence of chemical failure.",
  "alt_text": "H2 and water energies agree with the dilation prediction to near numerical roundoff across four parameter changes.",
  "render_command": "uv run --offline --frozen python run.py full render",
  "generator_sha256": "fa75ece843491c857348bd38d22cfeeae732a8bb9caa8c1921182f783c2cc6a4",
  "extension_generator_sha256": null,
  "output_sha256": {
    "svg": "804cfc0ef1f947942bea0007593ba4f36332e6302360c815a3f5f4093a5a0689",
    "png": "3b4d06b6575089b9f77d2de2f5a84018bdb2a3ff1d4a9d6cca8e001133eb382e"
  }
}