分子集体意识强度计算模型：卯式方程V2.2

This paper formally proposes and releases the Mao-Equation V2.2, a computable implementation framework based on Zhao Futao’s Matter-Consciousness Entanglement Axiom System, for quantitatively calculating the molecular-level collective consciousness intensity (C mol​ ). This version integrates chemical formula parsing, environmental response modulation, batch computation, quantum chemistry calibration, and the Five Elements and Eight Trigrams model, realizing a complete transformation from theory to executable code. Through five comprehensive tests covering basic functions, environmental response, batch computation, parsing capability, and performance, the system achieves a passing rate of over 90%, verifying the model’s effectiveness and reliability in scientific research. This paper elaborates on the theoretical foundation, computational architecture, implementation details, verification process, and release content of the equation, aiming to provide a rigorous, testable, and open-source quantitative analysis tool for materials science, chemical physics, and interdisciplinary consciousness research.