A Microscopic Mechanism of Superconducting Phenomena and Reinterpretation of Electromagnetism

This study reexamines the physical causality of the conventional BCS theory in condensed matter physics and explores an alternative approach to understanding superconducting phenomena based on realistic causality. By analyzing electromagnetic principles from a spatial-geometric perspective in cryogenic environments, this paper investigates the mechanisms underlying persistent current, the Meissner effect, quantum locking, and quantum tunneling. The theoretical framework and detailed mechanical discussions are provided in the primary text.