"Magnetic Pressure as the Engine of Inertia: A Unified Field Perspective"

This work redefines inertia as an active, field-driven behavior caused by accumulated magnetic pressure rather than a passive property tied to mass. It introduces a new framework where electric and gravitational fields emerge from the dynamics of magnetic energy density. The paper outlines a threshold-based model for inertial resistance, proposes a testable equation linking magnetic pressure to inertial mass, and lays out experimental pathways to validate its claims. Positioned at the intersection of theoretical innovation and empirical challenge, this paper aims to reboot foundational physics with a dynamic, pressure-based engine of interaction.