AQM Condensed-matter Coherence Protection Factor, Global Scaling Law, and Independent Validation of Superconducting Critical Temperature

This paper proposes an auditable effective scaling law for condensed-matter physics within AQM: macroscopic condensation coherence in a material is not de termined solely by the pairing scale, but by the product of a basic pairing tem perature scale and the AQM coherence protection factor. The factor is ΠAQM = C 2.18(Eeff/E0) 1/2 (1 − δ), where C is topological-orbital coherence, Eeff is effective elastic spectral stiffness, and δ is an independent loss factor due to disorder, strain, phase sepa