USP Field Theory — Δf Magnetism in Neutron Stars and Black Holes (Unified Edition)

This unified edition presents the complete Δf-magnetism framework for neutron stars and black holes within USP Field Theory, integrating the Δf Magnetic Flip Law without modifying its original publication. The work demonstrates that magnetic structures across extreme astrophysical objects are governed by the same Δf-core evolution equation: \Delta f_{\text{core}}(t) = \int \left(M_{\text{in}} \times C_{\text{diff}} \times G_{\text{geo}}\right) dt Neutron stars retain Δf-resonance inside their neutron-rich lattice, producing distorted dipole fields, magnetic dominance over rotation, and axial precession (spin-axis wobble). Their magnetic corridors survive collapse, generating torque imbalances, glitches, and crust-breaking events. Black holes undergo complete Δf-collapse, eliminating closed magnetic loops. Only a one-directional Δf-relief axis remains, forming the jet-aligned magnetic south pole, while the north pole collapses into the event horizon. Gravity’s Δf-gradient becomes dominant, driving near-relativistic rotation and axial jet formation. A full regime table unifies planets, stars, neutron stars, and black holes under a single Δf-governed magnetic hierarchy. This document includes the updated Magnetic–Gravitational Regime Transition, harmonization table, and the illustrated Figure X comparing magnetic behavior in neutron stars and black holes.