What question did this study set out to answer?

To reconcile general relativity with quantum field theory by modeling the vacuum as a continuous, torsion-bearing superfluid plenum isomorphic to the B-phase of helium-3.

August 20, 20260 citationsOpen Access

Hydrodynamic-Topological Continuum Model for Emergent Gravity and Quantum Mechanics

Hydrodynamic-Topological Continuum: An Integrated Ontology of Emergent Stability

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Overview

Theoretical study demonstrates emergent quantum particles and gravity from a superfluid vacuum plenum, indicating a hydrodynamic solution to the cosmological constant and singularity problems.

Key Points

To reconcile general relativity with quantum field theory by modeling the vacuum as a continuous, torsion-bearing superfluid plenum isomorphic to the B-phase of helium-3.
Formulated a hydrodynamic-topological continuum framework where elementary particles emerge as stable topological solitons (skyrmions) within a condensate order parameter.
Derived the Einstein field equations from the fluid's stress-energy tensor using Sakharov's induced gravity mechanism.
Identified the gravitational constant G with vacuum inverse compressibility and the speed of light c with the phononic speed of sound.
Demonstrated that cosmic acceleration emerges from the plenum's bulk viscosity and dark matter corresponds to halos of superfluid vortex filaments, resolving the vacuum catastrophe and singularity problems.

Cite This Study

A 2026 study studied this question.

synapsesocial.com/papers/6a86b4cb8a91293e6a1cc467 https://doi.org/10.5281/zenodo.17739656

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August 20, 20260 citationsOpen Access

Hydrodynamic-Topological Continuum Model for Emergent Gravity and Quantum Mechanics

Hydrodynamic-Topological Continuum: An Integrated Ontology of Emergent Stability

View Full Paper

Ask AI

Bookmark

Discussion

Member takes

Overview

Theoretical study demonstrates emergent quantum particles and gravity from a superfluid vacuum plenum, indicating a hydrodynamic solution to the cosmological constant and singularity problems.

Key Points

To reconcile general relativity with quantum field theory by modeling the vacuum as a continuous, torsion-bearing superfluid plenum isomorphic to the B-phase of helium-3.
Formulated a hydrodynamic-topological continuum framework where elementary particles emerge as stable topological solitons (skyrmions) within a condensate order parameter.
Derived the Einstein field equations from the fluid's stress-energy tensor using Sakharov's induced gravity mechanism.
Identified the gravitational constant G with vacuum inverse compressibility and the speed of light c with the phononic speed of sound.
Demonstrated that cosmic acceleration emerges from the plenum's bulk viscosity and dark matter corresponds to halos of superfluid vortex filaments, resolving the vacuum catastrophe and singularity problems.

Cite This Study

A 2026 study studied this question.

synapsesocial.com/papers/6a86b4cb8a91293e6a1cc467 https://doi.org/10.5281/zenodo.17739656

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