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 exhibiting complementary asymmetries: (1) Magnetic alignment, where repulsion generates corrective torque toward aggregation (7:1 ratio), and (2) Thermal attraction, where active gradients—not temperature alone—create directional force fields that generate escape torque and convective cycles. Controlled experiments demonstrate matter responding to heat source presence independent of absolute temperature. Quantum Mechanics survives because it operates in effectively two-dimensional regimes where Maxwell approximately holds. The QM-GR incompatibility resolves through recognizing one theory describes reality (QM) while the other extends a broken framework (GR).