Topological Winding Number Framework for the BSD Conjecture and Topological Defect Explanation of Zero Repulsion Based on the Spiral Model

本文基于螺旋模型框架,从拓扑场论和复几何的角度出发,系统阐述椭圆曲线 L-函数的零点 排斥现象的拓扑缺陷解释,并建立 BSD 猜想的拓扑缠绕数诠释框架。本文首先验证椭圆曲线 L-函数具备螺旋谐波结构,指出其系数 aₙ 的振荡性引入了螺旋”呼吸”效应和中心零点附近 的排斥现象。在此基础上,将中心零点解释为螺旋的”拓扑缺陷”——强制螺旋波在中心处产 生节点,该节点推开附近零点形成排斥效应。进一步提出 BSD 猜想的核心断言 ord_{s=1} L(s,E) = rank E(Q) 的拓扑缠绕数诠释:L-函数在中心点的零点阶数等于螺旋波在临界平衡态 下的拓扑缠绕数。最后将框架推广至朗兰兹纲领的 GL(n) 层级,建立统一框架。

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-26
DOI
https://doi.org/10.5281/zenodo.22980245
Primary Topic
Mathematical Dynamics and Fractals
Type
preprint
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preprint

Topological Winding Number Framework for the BSD Conjecture and Topological Defect Explanation of Zero Repulsion Based on the Spiral Model

可佳 丁
Zenodo (CERN European Organization for Nuclear Research)
Mathematical Dynamics and Fractals
preprint

Topological Winding Number Framework for the BSD Conjecture and Topological Defect Explanation of Zero Repulsion Based on the Spiral Model

可佳 丁
preprint en

Abstract

本文基于螺旋模型框架,从拓扑场论和复几何的角度出发,系统阐述椭圆曲线 L-函数的零点 排斥现象的拓扑缺陷解释,并建立 BSD 猜想的拓扑缠绕数诠释框架。本文首先验证椭圆曲线 L-函数具备螺旋谐波结构,指出其系数 aₙ 的振荡性引入了螺旋”呼吸”效应和中心零点附近 的排斥现象。在此基础上,将中心零点解释为螺旋的”拓扑缺陷”——强制螺旋波在中心处产 生节点,该节点推开附近零点形成排斥效应。进一步提出 BSD 猜想的核心断言 ord_{s=1} L(s,E) = rank E(Q) 的拓扑缠绕数诠释:L-函数在中心点的零点阶数等于螺旋波在临界平衡态 下的拓扑缠绕数。最后将框架推广至朗兰兹纲领的 GL(n) 层级,建立统一框架。

Zenodo (CERN European Organization for Nuclear Research)
Mathematical Dynamics and Fractals
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Topological Winding Number Framework for the BSD Conjecture and Topological Defect Explanation of Zero Repulsion Based on the Spiral Model — 可佳 丁 · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS