This article derives the geometric structure of the strong coupling constant, indicating new insights into quantum chromodynamics.
This article derives the geometric skeleton of the Strong Coupling Constant from the dominance of the Matter Sector and the Constraint Release mechanism. is not directly given by the Birkhoff weights, but is determined by the algebraic structure of the Causal Sector Cl(5) Complex Structure Emergence . **Core results**: The corrected geometric formula , where , yields at the scale (experiment , deviation ), and at the scale (experiment , deviation ). The formula adopts the standard QCD running form; the infrared limit correctly reproduces confinement, and Asymptotic Freedom is guaranteed by the logarithmic divergence. The quantitative mapping has been established: , consistent with standard QCD () to within precision.
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guobin ouyang (2026) studied this question.
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