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The aim is to derive gravity, inertia, and matter from hydrodynamic principles, highlighting their emergent properties in quantum contexts.

January 22, 2026Open Access

Hydrodynamic Quantum Gravity – Theoretical Foundations

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The aim is to derive gravity, inertia, and matter from hydrodynamic principles, highlighting their emergent properties in quantum contexts.
Developed a theoretical framework based on two foundational axioms of motion and oscillation.
Synthesize concepts from existing theories including superfluid vacuum theory and stochastic electrodynamics.
Utilized mathematical correspondences across various physics disciplines to support findings.
Demonstrated gravity as the Secondary Bjerknes Force with implications for gravitational wave polarisation.
Resolved vacuum catastrophe and alternative interpretations of dark matter.
Validated the Koide formula and PMNS neutrino mixing matrix through experimental observations.

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This theoretical framework demonstrates quantum gravity concepts in physics, implying new insights on matter and gravitational waves.

R. W. Harrison (2026) studied this question.

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