Rheological Vacuum Engineering: Phase Invisibility Model and Optical Cavitation

This paper presents the theoretical framework and mathematical model for the “optical cavitation” effect—a method for achieving complete object cloaking by controlling the phase state of the vacuum condensate (ψ-field). Based on the established Ocean viscosity parameters (η = 1.2 × 10^−15 Pa·s) and the Shlyapik threshold (Ethr = 7.76 keV), a trajectory equation for photon flow-around is derived. A protocol for generating a resonant surface Z-layer is proposed, minimizing dissipative losses and ensuring adiabatic wavefront restoration.