Disproving General Relativity: Gravity as the Large-Scale Emergence of Magnetic Alignment

This experimental report challenges the foundational pillars of modern physics through hierarchical refutation. We demonstrate that Maxwell's Equations fail empirically in three-dimensional systems (7:1 asymmetry instead of predicted 1:1 symmetry), and that Special and General Relativity—constructed explicitly to preserve Maxwell's framework—collapse through this foundational dependency. Our experiments reveal gravity as the macroscopic manifestation of two attractive forces: (1) Three-dimensional magneticalignment, exhibiting inherent asymmetry with stable repulsion geometrically impossible in spherical systems, and (2) Thermal attraction, empirically demonstrated through anti-gravitational lipid flow toward heat sources. Quantum Mechanics remains valid because it operates in regimes where interactions are effectively two-dimensional, where Maxwell's symmetric framework approximately holds. The century-old incompatibility between QM and GR is resolved not through unification but through recognition that one theory describes reality (QM in 2D-constrained systems) while the other extends a broken framework (GR applying Maxwell to 3D macroscopic reality).