{ "version": "2.0.0", "claims": [ { "id": "C1", "status": "Proved", "claim": "Conditional linear-output unbiasedness under the frozen exact-integral and sampling contract", "evidence": [ "docs/RESIDUAL_THEORY.md#P11", "tests/test_contract.py" ], "novelty": "Classical control variates; no new identity claimed" }, { "id": "C2", "status": "Proved", "claim": "Residual-risk covariance metric and fixed-proposal estimator equivalence", "evidence": [ "docs/RESIDUAL_THEORY.md#P12", "docs/RESIDUAL_THEORY.md#P13", "tests/test_contract.py" ], "novelty": "Explicit architecture application of variance/centering identities; not a first-history claim" }, { "id": "C3", "status": "Experimentally demonstrated", "claim": "59.36% lower expected revisit error than screen memory in a small first physical study", "evidence": [ "results/rendering_report.json", "results/rendering_raw.csv" ], "scope": "Eight scenes, same finite-light family and equal rays; unequal memory/compute" }, { "id": "C4", "status": "Experimentally demonstrated", "claim": "46.61% reduction of unguarded active hidden-change error on a separate scene split", "evidence": [ "results/followup_report.json", "results/followup_raw.csv" ], "scope": "Partial correction; cannot prevent first surprise and does not dominate screen history" }, { "id": "C5", "status": "Strong hypothesis", "claim": "A common persistent belief improves full SR/RR/FG/neural appearance jointly", "evidence": [ "MANUSCRIPT.md" ], "scope": "No full-task experimental validation" }, { "id": "C6", "status": "Experimental prediction", "claim": "Future GPU integration may save duplicated inference and ray cost", "evidence": [ "MANUSCRIPT.md" ], "scope": "No measured GPU gain or deadline guarantee" }, { "id": "C7", "status": "Not established", "claim": "100% scientific maturity, production readiness, or a major/transformative breakthrough", "evidence": [ "STATUS.json", "docs/RELEASE_SCOPE.md" ] } ] }