USP Field Theory — Magnetism and Δf Alignment (V.RQM₁)

This document unifies magnetism under USP Field Theory, interpreting magnetic behavior as Δf alignment—frequency-mismatch stabilization within the spin-tension lattice. The Δf Resonance Law and RQM₁ photon-lattice mechanism yield a quantitative model linking electric coupling, magnetization, and resonance coherence. Magnetostatics is re-framed as a dynamic Δf geometry, where electric alignment (γ_E) and field tension (T_field) determine magnetic strength. Applications extend from atomic ferromagnetism to planetary magnetism, explaining Earth’s dynamo field as large-scale Δf stabilization. Experimental guidance includes Δf spectroscopy, magneto-optical Kerr tests, and hysteresis mapping to validate non-linear coupling. This version (V.RQM₁) integrates prior USP resonance findings (msf:45710–45712) into a cohesive framework connecting micro-lattice behavior and macro field stability. 🔹 Harmonization Note (DOI Integration) This publication is harmonized with the experimental foundation established in USP Field Theory – Temperature & Resonance: Testable Experiments (2025), DOI: 10.5281/zenodo.16788099. That work defines the laboratory verification path for Δf relaxation, η-controlled transparency, and resonant thermal emission, providing the testable framework for all Δf-based temperature, energy, and transparency laws across the USP Field Theory series (msf: 45706 – 45714).