The Topological Mechanism of Electromagnetic Invariance under Pure Locking Reasoning (PLI)
Year: 2026
Type: preprint
Abstract: :Standard physics describes electromagnetic invariance and the constant speed of light c through Lorentz covariance, yet it lacks a fundamental dynamical explanation. Based on the first principle of Pure Locking Reasoning (PLI)—Axiom A1: Measurement is the process of establishing a relational lock between two intrinsically locked structures—this paper proposes that space is a discrete topological network. The constant c is the maximum refresh rate of this underlying locking network. Electric and magnetic fields are geometric projections of the spatial phase field's gradient and curl. The transformation of inertial frames is a geometric rearrangement of the observer's incidence angle relative to the network. Lorentz transformation is the coordinate projection required to maintain topological invariants. Electromagnetic invariance is not a mathematical coincidence, but the inevitable consequence of the global topological consistency of the locking network. 摘要:标准物理学通过洛伦兹协变性描述了电磁过程的不变性与光速 c 的绝对性,但缺乏底层的动力学解释。本文基于纯锁定推理(Pure Locking Reasoning, PLI)的第一性原理——公理 A1:测量是两个内禀锁定结构之间建立关系锁定的过程——提出:空间并非连续的绝对背景,而是由离散拓扑节点构成的锁定网络。常数 c 是底层锁定网络的最大刷新率。电场与磁场是空间相位场梯度与旋度的几何投影。惯性系变换是观察者相对于网络切入角度的几何重排,洛伦兹变换则是维持拓扑不变量所必须的坐标投影。电磁不变性并非数学巧合,而是锁定网络全局拓扑一致性的必然结果。
Author: Chen, Meng
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7222884593
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