Magnets in the MIDQC Substrate

This paper presents a substrate‑level interpretation of magnetic behavior within the MID/QC framework, reframing magnetism as a consequence of coherence‑channel ordering, tension‑geometry stabilization, and polarity‑matched torsal relief. Classical models describe magnetism through electron spin, exchange interactions, and crystalline ordering, but do not explain why certain materials exhibit stable, directional magnetic expression or why small structural variations produce large performance differences.Within the MID/QC substrate, magnets are understood as coherence architectures: molecular and lattice geometries that sit in deep substrate wells, stretch adjacent coherence channels directionally, and create stable tension‑relief pathways. This paper unifies alignment, field tension, domain formation, and magnetic stability under a single substrate‑mechanical model, providing a coherent foundation for interpreting magnetic materials, magnetic field structures, and large‑scale magnetic phenomena across astrophysical and engineered systems.