"Magnetic Field Supremacy in Hydrogen Fusion: A Theoretical Model of Pressure-Driven Ignition"

This paper introduces a novel theoretical framework positioning magnetic pressure—not thermal energy or confinement time—as the primary force responsible for overcoming Coulomb repulsion in hydrogen fusion. By reframing fusion dynamics as a battle between electric repulsion and magnetic compression, the work offers a field-dominance perspective that aligns with but advances beyond current approaches in tokamaks, stellarators, and magnetized target fusion systems. The model emphasizes timed magnetic compression pulses as the ignition mechanism, providing a conceptual foundation for designing next-generation fusion reactors where magnetic field supremacy drives ignition. This work challenges traditional paradigms and offers a fresh direction for sustainable fusion energy research. ---