Structural Selection Mechanism: An Axiomatic Completion for Wolfram Hypergraph Physics to Solve the Rule Selection Problem
Dear Wolfram Team and Dr. Wolfram, I have been following the Wolfram Physics Project closely since its launch, and deeply agree with the core insight that the universe is an emergent phenomenon of discrete structural evolution. After independent long-term research, I have developed the Structural Selection Mechanism (SSM), an axiomatic physical theory with 5 core axioms, which solves 3 key open problems of the hypergraph model: It provides a physical mechanism to solve the rule selection problem, explaining why our universe follows this specific set of rewriting rules, rather than others; It gives a quantifiable threshold for quantum-to-classical transition, perfectly matching existing decoherence experimental data, and completely solves the measurement problem; It eliminates the logical cycle of the nature of time in the hypergraph model, defining the arrow of time as the irreversibility of structural selection, which is fully equivalent to entropy increase. SSM is 100% compatible with all existing results of the Wolfram Physics Project, and provides a complete axiomatic foundation for the hypergraph model. I have attached the 1-page executive summary, the full preprint paper (with Zenodo DOI: 19657237), and the computable Mathematica demonstration notebook of the core model. I sincerely hope to get your critical comments on this theory, and look forward to the possibility of further academic cooperation. Best regards, Li HaoKun
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