Electron Loop Geometry and the Physics–Chemistry Bridge in USP Field Theory

This publication presents two interconnected advancements in the USP Field Theory framework. The first document explores the geometric structure of electron loop clusters and introduces a physical interpretation of de Broglie's wavelength. Electrons do not orbit randomly but group into harmonic clusters separated by tension pockets, creating measurable wavelengths that map directly onto field geometry. This refined view explains radioactivity, noble gas stability, and standing wave behavior in atoms through spin tension mechanics. The second document builds on this foundation to formally bridge physics and chemistry. It redefines classical chemical principles—such as bonding, polarity, and catalysis—as emergent consequences of spin resonance and tension flow in the USP Field. By rooting molecular interactions in the behavior of ultra-sub particles, the theory unifies quantum physics with chemical structure and reactivity in a single, predictive model. Together, these works provide a structural, physics-based explanation of quantum chemistry, delivering a major step toward a unified scientific language.