"Why the Electron Doesn't Decay"

This paper introduces a grounded and innovative framework for understanding the electron as a structured electromagnetic system rather than a point particle. Drawing from twistor geometry and magnetic pressure dynamics, it presents an alternative view of mass generation and particle stability that does not rely on Higgs field mechanisms. The electron’s spin-½ is reframed as a topological feature—a stabilizing twist in the field geometry that governs how information and potential interact electromagnetically. This interpretation offers a new path toward explaining mass, inertia, and coherence in quantum systems. The framework predicts measurable anomalies in electron behavior under high magnetic field conditions—particularly near astrophysical objects like magnetars—providing clear opportunities for experimental testing. By integrating geometric structure with electromagnetic principles, this work lays the foundation for a more coherent understanding of physical interaction at the most fundamental level. ---