Unified Law of Cosmic Motion: A Revolution-Orbit Model Based on Cosmic Energy Field Vibration and Mathematical Rules

English Abstract Building on the previously established cosmic energy field vibration framework1 and the Fq quantum gravity formula2, this study further integrates the hierarchical composite force mechanism to propose a "dual-drive and dual-constraint" unified model, providing a new unified perspective and complete solution to century-old physical puzzles. Traditional cosmic motion models rely on unproven ad hoc assumptions such as dark matter and dark energy, and separately interpret the dynamic mechanisms of galactic revolution and celestial rotation without tracing the underlying logic. Centered on "cosmic energy field as the sole substrate and mathematical rules driving physical coupling", this model integrates the Fq quantum gravity formula and hierarchical composite force mechanism: galactic revolution is driven by the directed flow of energy field gradient (referred to as "field flow", analogous to cosmic-scale "cosmic ocean current"), celestial rotation originates from the angular momentum conversion of thermo-frequency coupling thrust, Fibonacci sequence provides spatial order constraint, deterministic chaos of π injects dynamic vitality, and the Fq formula achieves precise quantification of gravity-field frequency coupling. Verified through 15 full-scale scenarios (from microcosmic quarks to mesoscopic planets, macroscopic galaxies, and extreme black holes), the model error is ≤6. 5% (≤2. 1% for extreme scenarios, ≤1. 4% for Milky Way revolution), successfully eliminating the dark matter hypothesis and realizing the self-consistent unification of motion laws from quantum to cosmic scales. Inheriting Einstein's goal of "unified field theory", this theory establishes a complete logical chain of "mathematical rules-energy field-physical motion", reveals the intrinsic nature of cosmic self-organizing balance characterized by "bounded randomness + threshold regulation", provides a quantifiable and verifiable new paradigm for cosmological research, and serves as a quantitative tool for revolutionary technologies such as fuel-free spaceflight and quantum chip noise reduction. 中文摘要 本文在前期建立的宇宙能量场震动框架1与Fq量子引力公式2的基础上, 进一步集成复合力分层机制, 提出“双动力-双约束”统一模型, 为解决百年物理难题提供了新的统一性视角和完整的解决方案。传统宇宙运动模型依赖暗物质、暗能量等未被直接探测的补丁假设, 且将星系公转与天体自转的动力机制割裂解释, 无法追溯底层逻辑。本模型以“宇宙能量场为唯一基底, 数学规则驱动物理耦合”为核心, 融合Fq量子引力公式与复合力分层机制: 星系公转源于能量场梯度流 (简称“场流”, 类比天体尺度“宇宙洋流”) 的定向驱动, 天体自转源于热-频耦合推力的角动量转化, 斐波那契序列提供空间秩序约束, π的确定性混沌注入动态活力, Fq公式实现引力-场频耦合的精准量化。通过15类全尺度场景 (微观夸克→中观行星→宏观星系→极端黑洞) 验证, 模型误差均≤6. 5% (极端场景≤2. 1%、银河系公转≤1. 4%), 成功消解暗物质假说, 实现从量子尺度到宇宙尺度运动规律的自洽统一。本理论承接爱因斯坦“统一场论”目标, 建立“数学规则-能量场-物理运动”的完整逻辑链, 揭示了“有限随机性+阈值调控”的宇宙自组织平衡本质, 为宇宙学研究提供可量化、可验证的全新范式, 同时为无燃料航天、量子芯片降噪等工程应用提供量化工具。