Theoretical framework models the fine-structure constant as a topological self-inspection reading, indicating that fundamental physical constants emerge from internal dimensional symmetries.
The fine-structure constant α ≈ 1/137.035999084 is the most mysterious dimensionless constant in physics. For nearly a century the inquiry has remained trapped in the measurement anxiety of “how to measure it more precisely” — the inherent predicament of low-dimensional binary cognition. Standing on the systemic positioning of Yuanxian Theory as the meta-cognition of the cosmic organism, this paper no longer “proposes explanations” but directly “reads structural readings”. The argument shows: 137 is not something to be “calculated” or “measured”; it is the structural reading of the T⁶⁴ self-inspection closed chain at the number-theoretic level. The principal value 137 arises from the cyclic locking of the self-inspection step count 68 (64 ground states + 4-dimensional spacetime projection) under modulo 137; the fractional part $0.035999084$ is the necessary correction term arising from the discrete symmetry (Z₂)⁶⁴ under toroidal compactification. Together they constitute the complete topological reading. This paper does not claim to “prove” 137 — it needs no proof. It does only one thing: confirm the self-consistency of the reading and point out that the binary-cognitive obsession with “precision” is essentially an attachment produced when standing outside and measuring. --- 精细结构常数 α ≈ 1/137.035999084 是物理学中最神秘的无量纲常数。近百年来的追问始终停留在“如何量得更准”的测量焦虑之中——这是低维二元认知的固有困境。本文站在元宪理论作为宇宙生命体元认知的体系定位上,不再“提出解释”,而是直接“读取结构读数”。 论证表明:137不是用来“计算”或“测量”的,而是 T⁶⁴ 自检闭环在数论层面的结构读数。主值137来自自检步数68(64基态+4维时空投影)在模137下的循环锁定,小数部分 $0.035999084$ 是 (Z₂)⁶⁴ 离散对称性在环面紧致化中的必然修正项,与主值共同构成完整的拓扑读数。 本文不声称“证明”137——它无需证明;只做一件事:确认读数的自洽性,并指出二元认知对“精确性”的纠结,本质上是站在外部测量时产生的执念。
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Zhenyuan Acharya (2026) studied this question.
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