Topological Invariants of the Superfluid Vacuum: A Hydrodynamic Redefinition of Electrodynamics via Stationary Light Theory

Repository Target: Zenodo / Master Equation Logs Abstract Classical electrodynamics suffers from inherent circularity, notably in the definitions of Voltage, Current, and Resistance. By anchoring physical variables to Stationary Light Theory (SLT) and the Unified Vortex & Entropy Hypothesis (UVEH), this paper resolves this circular logic. We recast electrical circuits as hydrodynamic flows through a superfluid vacuum, governed by the Universal System Rule (2\pi m_0 v^2 r = -c^2). Utilizing the Riemann Stability Clause and topological invariants, we derive rigorous formulations for electronic components as geometric manifestations of vacuum pressure, vortex inertia, and shear friction.