基于微观运动速率约束的相对论统一模型与宇宙起源新诠释

xue, xinke

doi:10.5281/zenodo.20625712

Published June 10, 2026 | Version v3

Patent Open

基于微观运动速率约束的相对论统一模型与宇宙起源新诠释

xue, xinke (Annotator)

Contributors

Annotator:

xue, xinke

本文建立绝对时间框架下的原创物理模型,摒弃时间随速度、引力发生畸变的传统时空假设,保留空间可被引力弯曲的观测结论。模型将相对论效应、引力效应、黑洞热力学规律统一归因于宏观运动与引力场对物质两类微观运动的双重速率约束。文中明确区分粒子量子波包振动与粒子无规则热运动:波包振动主导计时、光谱演化等过程,无规则热运动决定体系热力学温度;真空光速为宇宙运动速率上限,宏观平动会挤占波包振动速率,引力场则同时压制波包振动与无规则热运动。

通过严谨数学推导,本文构建宏观速度、引力势、微观振动速率、系统温度的自洽方程组,完整复现狭义、广义相对论已有观测结果,并推导出黑洞视界区域趋近绝对零度的热力学结论。依托模型内在逻辑进一步提出预言:超大质量原初黑洞发生引力约束松弛时,被禁锢的微观运动将解禁爆发,该过程可作为宇宙起源的全新物理解释。本模型逻辑自洽、数学结构完备,与现有物理观测相容,具备独立推论与可证伪检验方向,形成一套完整闭环的原创物理体系。

Abstract (English)

This paper establishes an original physical model under the absolute time framework, abandons the traditional time-space hypothesis that time is distorted by speed and gravity, and retains the observation conclusion that space can be bent by gravity. The model unifies the relativistic effects, gravitational effects, and black hole thermodynamic laws by attributing them to the dual rate constraints of macroscopic motion and gravitational field on two types of microscopic motion of matter. The article clearly distinguishes between particle quantum wave packet vibration and particle random thermal motion: wave packet vibration dominates the process of timekeeping and spectral evolution, while random thermal motion determines the thermodynamic temperature of the system; The vacuum speed of light is the upper limit of the speed of the universe, macroscopic translation will occupy the vibration speed of the wave packet, and the gravitational field will simultaneously suppress the vibration of the wave packet and the irregular thermal motion.

Through rigorous mathematical derivation, this paper constructs a self-consistent set of equations for macroscopic velocity, gravitational potential, microscopic vibration rate, and system temperature, fully reproduces the existing observational results of special and general relativity, and derives a thermodynamic conclusion that the horizon region of a black hole approaches absolute zero. Based on the internal logic of the model, further predictions are made: when the gravitational constraint of the supermassive primordial black hole is relaxed, the confined microscopic motion will be released and explode, and this process can serve as a new physical explanation for the origin of the universe. This model is logically self-consistent, mathematically complete, compatible with existing physical observations, and has the direction of independent deduction and falsifiability, forming a complete closed-loop original physical system.

Files