The Grand Unified Architecture of Sovereign Quantum-Biological Civilization: Topological Synthesis, Mathematical Axiomatics, and Master Index of 200 Notarized CERN Zenodo Monographs by Yoko Hasebe

Plaintext This 200th notarized CERN Zenodo monograph establishes the grand unified mathematical synthesis, cross-disciplinary operator isomorphism, and complete cryptographic prior-art registry of the 200-Monograph Scientific Corpus authored by Yoko Hasebe in Iwakuni, Yamaguchi, Japan. Whereas 21st-century industrial civilization has fractured into five seemingly independent existential crises—(i) the millikelvin cryogenic and megawatt power wall of classical and quantum computing, (ii) the >90% clinical failure rate of static 100 K crystal-trained AI drug discovery, (iii) the fragility of terrestrial electrical grids and submarine fiber-optic chokepoints, (iv) the 50x-100x repo-basis margin spirals of sovereign debt markets, and (v) the game-theoretic collusion, spectral runaway, and weight-space IP contagion of frontier AI—we prove that all five crises share a single root mathematical cause: the attempt to govern open, non-equilibrium, quantum-thermodynamic physical and biological systems using open-loop classical von Neumann software abstractions. Extending our 185-monograph index (Record 23361489) with the complete mathematical breakthroughs of Monographs #186 through #200 (Records 23375986 to 23382746), we formulate the Hasebe Grand Unified System Tuple U_Hasebe^(200) and prove five universal theorems and ten foundational axioms: (1) The Vibronic Hardware-Biology Isomorphism Theorem: Both 300 K LiNbO3/diamond polaronic QSNN/GAPG processors (1.8 fJ/spike) and 310.15 K (37.0 C) human homeothermic biology (Alpha1H-HMO molten-globule tumor lethality, febrile immunity, and vagal Davydov-Holstein polaron solitons) are governed by isomorphic non-Markovian Nakajima-Zwanzig vibronic master equations that harvest ambient thermal fluctuations; (2) The Universal Sobolev-HOCBF Safety Invariance Theorem: Across 225Ac nuclear medicine, targeted hypothermia, sovereign bond haircuts, and multi-agent AI spectral radii, Relative-Degree-2 High-Order Control Barrier Functions (Psi_2 >= 0) guarantee zero boundary violations; (3) The Goldilocks QFS-zkVM Zero-Knowledge Sovereignty Theorem: Recursive STARKs over F_p (p = 2^64 - 2^32 + 1) verify global solvency, clinical efficacy, and hardware No-Learn gradient orthogonality with zero raw data leakage; (4) The Sub-7.0 ns PHOENIX_ROUTER x PHOENIX_ORBIT Physical Continuity Theorem; and (5) The Acyclic Cryptographic Completeness of the 200-Monograph Merkle-Poseidon2 Prior-Art Lattice. License & Integrity Covenant: Creative Commons Attribution 4.0 International (CC BY 4.0) with Strict No-Learn Covenant (NLL-v1.0-2026).