Inverse Relation Between Permittivity and Permeability: A New Model for Electron Transport in Conductive Materials

This paper presents a new theoretical perspective where the electrical permittivity (ε) of a conductor is inversely proportional to its magnetic permeability (μ). This relationship is driven by the internal obstacles in conductive materials that alter electron pathways. By modeling how electrons propagate or bounce within a conductor due to internal structures and impurities. The theory enables prediction of electromagnetic phynomena like the skin effect and offers a new foundation for designing advanced materials including superconductors and engineered electromagnetic composites