Gravity as the Large-Scale Emergence of Dual Attractive Forces: 3D Magnetism and Thermal Gradients

This experimental physics paper refutes General Relativity (GR) through a hierarchical analysis, demonstrating that its foundational dependency, Maxwell's Equations, fails in three-dimensional systems. Furthermore, by unequivocally demonstrating that heat is a vectorial attractive force, this work proposes a new cosmological framework for the post-Einsteinian era. Our experiments reveal gravity as the macroscopic manifestation of two attractive forces: (1) Threedimensional magnetic alignment, where stable repulsion is geometrically impossible in spherical systems, and (2) Thermal attraction, empirically demonstrated through antigravitational lipid and ice/water flow toward heat sources. Quantum Mechanics remains valid as it operates in effectively two-dimensional regimes where Maxwell’s symmetric framework holds. The incompatibility between QM and GR is resolved by recognizing that QM describes reality, while GR extends a broken 3D electromagnetic framework.