What question did this study set out to answer?

The paper aims to provide a mechanical understanding of gravity, electromagnetism, and light within a superfluid vortex lattice model.

March 6, 2026Open Access

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

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This preprint proposes a unified model explaining gravity, electromagnetism, and light as results of a superfluid ether framework.

The paper aims to provide a mechanical understanding of gravity, electromagnetism, and light within a superfluid vortex lattice model.
Model the vacuum as a superfluid with quantised vortices
Use geometric constraints to explain nuclear structure
Derive properties of gravity, light, and electromagnetism from vortex interactions
Discuss predictions for experiments like the Michelson–Morley tests
Gravity is modeled as a lattice stretch influenced by vortices
Light is described as an impulse traveling through lattice elements
Electromagnetism is defined as electron interactions via vortex chains
The model proposes a unified mechanism for all fundamental forces at various scales

Örs Márton (2026) studied this question.

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