A Relativizing MIP for BQP

This project is a theoretical research paper in computational complexity, not a software product. Its 'moat' is entirely academic and intellectual, based on the difficulty of the mathematical techniques required to address the open question of BQP and MIP relativization. According to the rubric, it scores a 2 because it has no users, no code-based adoption, and as a research artifact, it is 'reproducible' by anyone who can follow the math, though the original insight is difficult to generate. Frontier labs (OpenAI, Anthropic) have zero interest in building structural complexity proofs as products; this is the domain of academic researchers like Scott Aaronson or Thomas Vidick. The 4 forks against 0 stars on a 2-day-old repo suggests this is being mirrored or reviewed by a tight circle of academic peers. There is no risk of platform domination or market consolidation as there is no 'market' for complexity proofs outside of academic prestige. Its displacement horizon is 'unlikely' because once a mathematical proof is verified, it remains a permanent contribution to the field, though it may be superseded by more general or elegant proofs later.