What question did this study set out to answer?

The aim is to provide mechanical explanations for gravity, electromagnetism, and light using a superfluid vortex lattice model.

February 22, 2026Open Access

Gravity, Electromagnetism, and Light as Emergent Properties of a Superfluid Vortex Lattice by Ors Marton

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Proposes a mechanical framework for gravity, electromagnetism, and light in a superfluid vortex lattice, suggesting new implications for physics.

The aim is to provide mechanical explanations for gravity, electromagnetism, and light using a superfluid vortex lattice model.
Modeling the vacuum as a superfluid with quantised vortices.
Describing gravity through lattice stretch and inward ether draw.
Explaining electromagnetism via electron interactions in the lattice.
Connecting light propagation to impulse transfer along vortex chains.
Reproduces key physical results like the 1/r² force laws.
Explains charge quantisation through a single charge carrier (electron).
Suggests modified experiments to test predictions related to lattice flow and signal asymmetries.
Identifies the speed of light as a medium-dependent property, not a universal constant.

Örs Márton (2026) studied this question.

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Proposes a mechanical framework for gravity, electromagnetism, and light in a superfluid vortex lattice, suggesting new implications for physics.