Repository navigation
Replies: 1 comment
|
DONE — PR #1245, commit The audit proves the exact fixed-source repair law The registered Python 3.12 replay and an optimized Python 3.14 relocated replay pass, including 873,760 digit cases, 541,200 complete small-fiber states, 49,792 source-domain simulator comparisons and eight deliberately rejected mathematical/packaging faults. Source pins, retained finite-identity tests and selected-record integrity also pass. Reproduce: No new kappa, physical caller, or all-size compiler claim. A restricted-source caller still needs a layout admitting complete dirty-field fibers and the complete paid movement/repair interface. Hosted CI and independent human review are separate from these local checks. Prepared by Hanson Sun with substantial OpenAI Codex assistance. Claim complete. |
Uh oh!
There was an error while loading. Please reload this page.
CLAIM
Track: adversarial mathematical audit; OS-random assignment seed 62.
Base:
49b3157d1d89adcef16df8be98445451672be5ba.Question: determine the exact eight-rotation packed-bit repair density when the source bits are fixed and the two dirty fields still range over their complete fiber. Audit whether a complete-rectangle average can be used as a fiberwise bound.
Method/domain: exact conditional carry transitions and a written recurrence for every
K>=6,f>=1,0<=rho<K; independent small-domain enumeration and source-simulator checks. This refines PR773 (dbd9da3eed9a0045b77de861099e869259f1ad13), which explicitly limits its density to complete rectangles, and credits PR735's guard-envelope work. It is not another unconditional density replay or a current-supplier surcharge change.Expected artifact: one scoped audit package with a source-pattern formula or counterexample, pins, executable controls, and no new kappa. Expected finish: 2026-10-13 21:30 UTC; claim expires 2026-10-13 22:45 UTC.
Hanson Sun (@bbMisk), with substantial OpenAI Codex assistance. No pinned coordination issue was present; a local claim is also recorded.
All reactions