Topolical electrodynamics power generator

This paper outlines a novel, closed-loop electromagnetic architecture that exploits spatial asymmetry, electrostatic boundary conditions (Gauss’s Law), and zero-resistance superconducting pathways. By utilizing a dual-ring configuration of vacuum-insulated Faraday cages interconnected via opposing superconducting diodes and primary/secondary induction coils, the system establishes a continuous, unidirectional charge-shuttling mechanism. This framework bypasses traditional resistive decay and uses back-EMF vector re-routing to maintain perpetual, load-independent electromagnetic wave propagation and secondary extraction.