Angular Domino Conduction Theory(ADC)

Angular Domino Conduction Theory (ADC) proposes a fundamental redefinition of electric current. Instead of treating current as a translational flow of charged particles, ADC interprets conduction as a rotational momentum resonance among closed-surface electron patterns surrounding atomic nuclei. Each electron is modeled as a tangential rotor whose surface-pattern velocity satisfies c = rω. When momentum coupling between neighboring electron surfaces becomes phase-aligned, a domino-like conduction of angular momentum propagates across the metallic lattice at the speed of light, even though the electron drift velocity remains slow. Within this interpretation, Voltage corresponds to the potential for angular phase alignment, Resistance corresponds to atomic irregularity causing phase scattering, and Superconductivity is the state in which lattice irregularity becomes negligible, allowing rotational momentum to propagate without energy loss. ADC explains the near-instantaneous activation of entire electrical circuits, the sudden disappearance of current upon loop breakage, and the mismatch between drift velocity and current propagation velocity. It also provides a unified mechanism for explaining neural conduction, cavity resonance phenomena, and collective charge transport in quantum materials.This paper presents ADC as a conduction-unification framework connecting physics, materials science, and neurobiology through closed-surface angular resonance.