BEYOND THE GHOST IN THE VACUUM

BEYOND THE GHOST IN THE VACUUM The Mechanical Derivation of the Aharonov-Bohm Phase Shift : Replacing Gauge Abstractions with Hydrodynamic Toroidal Vortex Dynamics Abstract Modern physics relies on the magnetic vector potential \(\vec{A}\) to explain the phase shift of electrons in the Aharonov-Bohm effect. This framework views the vector potential not as a mathematical convenience, but as a curve-fit approximation of a real, physical process unexplained in LCDM. UniPhiEd Realativity replaces this void abstract quantum vacuum assumption with a high-density, non-zero fluid substrate known as the neutrino ether. This paper provides a comprehensive, mechanical explanation of how a magnetic solenoid acts as a physical pump, creating a localized, twisting vortex in this substrate. We show that when a two-dimensional (2D) surface particle with a Möbius-torus topology—the electron—passes through this mechanical "micro-hurricane," its internal rotation phase is altered by one-dimensional (1D) linear neutrino streams. Using a hydrodynamic analogue of Ohm’s law, specific volumetric scaling (10 × 10 × 10), and strict matrix equations, we derive the exact experimental energy boundaries (10.2 keV, 20.4 keV, and 102.2 keV) and fully explain the observed pattern shift without resorting to non-local gauge actions.