Atomic Bonding and Magnetism Explained by USP Field Theory

This document explores how atoms bind together in solid materials like iron using principles from USP Field Theory. It explains why electron repulsion does not prevent atomic cohesion, how charge and magnetism are redefined as spin-based field interactions, and why proton-neutron pairs stabilize atomic cores through inverted alignment. A detailed example of an inverted magnetic field experiment is included to demonstrate how spin geometry can reverse magnetic behavior — supporting the field-based model of matter bonding. The theory offers a deeper explanation for solid-state stability, lattice formation, and field-induced cohesion beyond classical physics.