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Computational framework demonstrates algebraic extraction and quotient nonminimality in a foundational physics corpus, suggesting reproducible pipelines for formal theoretical verification.
A verifier-governed method for converting a changing foundational-physics corpus into a byte-pinned algebraic presentation, testing a representation against contracts frozen before evidence, and classifying its minimality. The accepted weak representation is irreducible and rigid but admits an exact proper quotient and a strictly smaller carrier, so the frozen cascade lands on quotient nonminimality. This record contains the zero-authority technical report and a compact replay bundle: 103 governed ABB artifacts, the three pinned source-canon files, a bank manifest, SHA-256 inventory, LaTeX source, and an exit-0 numerical verifier. It excludes unrelated repository data and simulation outputs. No empirical or ontological claim about the demonstration corpus is made.
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David Elliman (2026) studied this question.