A Unified Paradigm of Five Fundamental Forces Based on the Cosmic Energy Field: Resolving the Gravitational Puzzle and Celestial Evolution Mechanism

Traditional gravitational theory relies on the assumption of dark matter at the galactic scale, exposing its fundamental flaw of conflating two distinct functions: "celestial formation" and "system stabilization." This paper proposes that gravity is actually the superposition of two independent eigenmodes of the cosmic energy field: the Field Energy Aggregation Force (FEAF) driving matter condensation, and the Field Energy Gradient Equilibrium Force (FEGEF) maintaining orbital stability. Based on this, we establish a unified framework of five fundamental forces, including the strong nuclear force, weak nuclear force, and electromagnetic force. By decoupling these two forces, we achieve a fitting accuracy of better than 4% for typical galactic rotation curves without invoking dark matter (Bayesian evidence ratio ln B > 5). The framework predicts verifiable phenomena such as a dynamical transition at ~120 pc from the Galactic center, providing a novel physical interpretation for the nature of gravity and cosmic structure. 中文摘要 传统引力理论在星系尺度依赖暗物质假设,暴露了其将“天体成形”与“系统稳位”两种功能混为一谈的根本缺陷。本文提出,引力实为宇宙能量场两种独立本征模式的叠加:场能聚合力驱动物质凝聚,场能梯度平衡力维持轨道稳定。由此,我们建立了包含强、弱、电磁力在内的五力统一框架。通过拆分这两种力,我们无需暗物质即可将典型星系旋转曲线的拟合精度提升至误差 5)。该框架预言了银河系中心~120 pc处的动力学过渡等可验证现象,为引力本质与宇宙结构提供了全新的物理解释。