A class-wide exact-two obstruction for modulus 9 in finite odd covering systems, established through a computer-assisted mathematical proof with exact certificates and reproducible verification.
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Updated
Sep 12, 2026 - Python
A class-wide exact-two obstruction for modulus 9 in finite odd covering systems, established through a computer-assisted mathematical proof with exact certificates and reproducible verification.
An incremental residue‑class algorithm for generating prime numbers in C++. Provides a minimal‑state prime generator based on a novel residue‑class method operating without division, multiplication, or explicit modulo computations. Suitable for number‑theory applications, embedded environments, and streaming scenarios.
Preprint and reproducibility package for the NID / HELIX Goldbach workbench using finite rooms, active mirror doors, blocker walls, Lean, and Sage.
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