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Count binary full guards for a common-image kernel family (no κ) #6701

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Count binary full guards for a common-image kernel family (no κ) #6701

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579 changes: 579 additions & 0 deletions research/common-image-full-guard-family/CASES.json
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25 changes: 25 additions & 0 deletions research/common-image-full-guard-family/NOTICE
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Common-image full-guard family
Prepared for ToikY with substantial OpenAI Codex assistance; Apache-2.0.
Separate AI primary, independent oracle and static reviewer are not independent
human or formal proof-kernel acceptance.

Eight exact predecessor prose/metadata objects retain their original headers,
credit and disclosures in inputs/; SOURCE-PINS.json records source repository,
head, path, Git blob and SHA256. No predecessor executable is copied or run.

Nick Petalas: PR6694 released shared-direction question; PR4807 pair law,
PR4275 binary full-guard context, PR4227 marginal, PR4261 partial-sum lineage,
and PR4778 question. The k2 transpose-dual law is prior coverage.
unpaidmoon: PR6515 six-event orthogonal theorem and nonorthogonal motivation;
its substantial Cursor Grok assistance notice remains exact in the source.
Ryanson Jonathan: PR4607 five-event spectrum/theorem. PR4599, PR5146 and their
source attributions remain credited through the exact retained notices.
Cinna Davis BIT context, source527, commdata2338 and Jose Manuel/normalizer/
recursive compiler lineage retain predecessor credit. No inherited physical
claim is independently admitted by the present probability count.

Classical methods: rank-one determinant lemma, orbit-stabilizer and binary
finite-rank counting. Gzip payload equality follows the repository convention
credited to Maxime Fleury after Antoine Olivier's independent replay findings.
Douglas Colkitt and other repository contributors retain task/replay-framework
credit. Original upstream and predecessor packages remain unchanged.
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