WCG Wave-Cohesion Unified Field Theory: Numerical Model of Electron Solitons and Spin Topological Correction

English Abstract: Based on the first principles of the WCG wave-cohesion unified field theory, this paper constructs a spherically symmetric numerical model of electron solitons. By introducing the weak angular coupling term corresponding to the topological origin of spin, the systematic correction of the electron mass deviation is realized. Starting from the initial pure radial model with a mass ratio of 1.817 (81.7% deviation from the experimental value), the deviation is gradually reduced to 1.1606 (16.06% deviation). The model contains no fitting parameters, is free of divergence, and is fully reproducible. The results verify the ability of the WCG theory to uniformly describe electron structure, spin origin, and mass origin. 中文摘要: 本文基于WCG波聚统一场论的第一性原理,构建了球对称电子孤子数值模型。通过引入与自旋拓扑起源对应的弱角向耦合项,实现了电子质量偏差的系统性修正。从初始纯径向模型(质量比1.817,与实验值偏差81.7%)出发,偏差逐步修正至最优状态1.1606(偏差16.06%)。模型不含任何拟合参数,无发散,可完全复现。结果验证了WCG理论对电子结构、自旋起源和质量起源的统一描述能力。