Resolving Gravitational and Quantum Anomalies via Vacuum Hydrodynamics: Applications of the SORG Framework

Recent theoretical work has proposed the Stellar-Origin Reflected Gravity (SORG) framework, which reinterprets gravitation as a hydrodynamic force arising from a superfluid vacuum condensate excited by stellar radiative processes. While the foundational theory successfully derives the Newtonian inverse-square law and planetary orbital quantization, this paper extends the framework to address persistent experimental anomalies that defy explanation under General Relativity and standard Quantum Mechanics. We demonstrate that the SORG framework provides a deterministic, hydrodynamic solution for: (1) the chirality of spin-gravity coupling observed in the Hayasaka-Takeuchi gyroscope experiments; (2) the mechanism of propellant-less propulsion in resonant cavities (EmDrive); and (3) the physical nature of quantum entanglement and the objective collapse of the wavefunction (Wigner’s Friend paradox). We propose that these phenomena are not violations of physical laws, but consistent manifestations of vacuum viscosity, vorticity, and acoustic streaming within a Bose-Einstein Condensate (BEC) substrate.