"Why Mass Always attracts Mass"

This paper proposes a novel explanation for gravitational attraction grounded in Magnetic Information Density (MID). Instead of treating gravity as a purely geometric or force-based interaction, the model suggests that mass emits and responds to structured magnetic information fields. These fields inherently seek equilibrium by minimizing localized electromagnetic stress, resulting in a consistent attractive behavior between masses. The framework sidesteps traditional gravitational curvature and offers a pathway to reconcile classical mass attraction with emergent EM-based models. Implications include reinterpretation of gravitational lensing, matter clustering, and potential lab-based falsifiability using controlled MID environments. ---