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The research aims to explore gravity's origins by linking it to acoustic radiation pressure in a superfluid vacuum.

February 17, 2026Open Access

Gravity as Acoustic Radiation Pressure: A Phenomenological Model and Testable Predictions

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The research aims to explore gravity's origins by linking it to acoustic radiation pressure in a superfluid vacuum.
Developed a phenomenological model based on previous analogue-gravity frameworks.
Identified oscillatory excitations (oscillons) as matter representation.
Outlined five testable predictions related to gravitational interactions.
Proposed an effective Bjerknes-type interaction force.
Outlined predictions for phenomena like echoes at medium boundaries and electromagnetics coupling.
Identified key challenges, including the spin-2 mode and phase-locking mechanisms.

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This preprint proposes a model linking gravitational forces to acoustic radiation pressure, suggesting new testable predictions.

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

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