Dark Matter as Failed Electron-Loop Symmetry: A USP Field Theory Explanation

This document presents a novel interpretation of dark matter within the framework of USP Field Theory. It proposes that dark matter originates from the failure of ultra-sub particle (USP) triads to stabilize within an electromagnetic loop, such as that provided by electrons. The paper introduces a spin tension threshold equation that distinguishes stable quarks (visible matter) from failed triads (dark matter). A comparative table highlights the physical and field-level differences between these two forms. The theory also predicts dark matter concentration around dense gravitational bodies like moons and stars, offering a spin-resonance-based explanation for dark matter clustering near mass without requiring exotic particles. This model replaces the need for speculative components by relying solely on spin geometry, resonance, and loop tension.