Hydrodynamic Quantum Gravity – Theoretical Foundations

This paper presents a comprehensive theoretical framework deriving gravity, inertia, and the nature of matter from hydrodynamic first principles. Starting from two foundational axioms—(1) motion is purely relative with no experimentally accessible absolute frame, and (2) oscillation traps energy into stable configurations—we demonstrate that known physics emerges as low-energy effective field theory describing collective behaviour of empty space exhibiting superfluid-like dynamics. The framework synthesises Superfluid Vacuum Theory (Volovik), Stochastic Electrodynamics (Haisch–Rueda–Puthoff), and Sakharov's induced gravity to derive: emergent Lorentz invariance from Fermi point topology; matter as…