Extreme Pressure and Magnetic Emergence — USP Field Consequences

This document explores the behavior of electrical conductivity and magnetism under extreme pressure, interpreted through USP Field Theory. Unlike traditional models that link magnetism to moving charges, USP Field Theory posits that magnetism emerges from spin loop alignment — a static geometric tension state — rather than motion. As pressure increases, conductivity initially rises due to better loop alignment, then drops as loop flexibility collapses. Meanwhile, magnetism intensifies as the loops become locked in place. This document also outlines the key contradiction with traditional physics and presents supporting real-world evidence from planetary cores, high-pressure material experiments, and superconducting conditions.