Magnetism in the USP Field – v3.1: Unified Spin Logic from Atoms to Black Holes

This v3.1 version expands the foundational model of magnetism in the USP Field Theory by integrating recent discoveries about superconductivity, magnetic memory, planetary field generation, and extreme field behavior in black holes. It explains how aligned electron spin loops form coherent tunnels in the USP Field, generating magnetic effects from microscopic wires to cosmic jets.

Unlike probabilistic quantum models, this work presents a scalable, deterministic field geometry framework based on directional spin tension. It shows how current is a pressure-induced field alignment, how magnetism scales with temperature and compression, and how electron decay inside black holes fuels magnetic field strength. The document concludes with a unifying logic connecting copper conductivity to astrophysical magnetism.