Gravity as the Emergent Manifestation of Dual Attractive Forces: The Electromagnetic-Thermodynamic Unification Through Energetic Potential Equilibration

We present a unified theoretical framework demonstrating that gravitational phenomena emerge from two fundamental attractive forces, both manifestations of energetic potential equi-libration in Structured Vesicular Entities (SVEs). Through systematic experimental falsifica-tion, we demonstrate: (1) Maxwell’s Equations fail in three-dimensional systems where magnetic repulsion is geometrically impossible, yielding a 7:1 attraction-to-repulsion ratio; (2) thermal gradients function as vectorial attractive forces capable of generating negentropy and perform-ing mechanical work independently of bulk temperature; and (3) electromagnetic and thermal potentials are not analogous but identical phenomena—both representing energetic potentialdifferences stored in SVE structures. We derive the fundamental equivalence e∆V ≡ kB∆T and demonstrate that ”gravity” is the macroscopic manifestation of SVEs seeking equilibra-tion through: (i) 3D magnetic alignment (structural lock) governing solid aggregation, and (ii) thermal attraction (orbital pull) governing fluid motion and planetary orbits. Elliptical orbitsemerge naturally as the dynamic breathing pattern between these competing attractive forces,eliminating the need for curved spacetime, dark matter, or General Relativity. This work unifieselectromagnetism and thermodynamics, revealing them as different experimental probes of thesame underlying physics of energetic potential gradients.本研究提出一套统一的理论框架，证明引力现象源自两种基本吸引力——二者均为结构化囊泡实体（Structured Vesicular Entities，SVEs）中能量势均衡过程的表现形式。通过系统性实验证伪，我们验证了如下结论：(1) 在磁斥力无法通过几何方式实现的三维系统中，麦克斯韦方程组不再成立，此时吸引力与排斥力的比值为7:1；(2) 热梯度可作为矢量吸引力，能够独立于整体温度产生负熵并对外做功；(3) 电磁势与热势并非仅是类似的现象，而是完全等同的物理过程——二者均代表存储于SVE结构中的能量势差。我们推导出基础等价关系eΔV ≡ k_BΔT，并证明“引力”是SVEs通过两种途径寻求势均衡时的宏观表现：(i) 三维磁对齐（结构锁定）支配固体聚集；(ii) 热吸引力（轨道牵引）支配流体运动与行星轨道。椭圆轨道自然诞生于这两种竞争性吸引力之间的动态“呼吸模式”，无需引入弯曲时空、暗物质或广义相对论即可完成解释。本研究统一了电磁学与热力学，揭示二者仅是探测同一底层能量势梯度物理机制的两类不同实验手段。