The Fluid Crystal Universe: A Non-Singular Model of Inertial Expansion and Radial Convergence

April 14, 2026Open Access

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Key Points

This work aims to address issues in modern cosmology by proposing a non-singular model based on a fluid-like medium.
Translated fundamental physics concepts into continuum mechanics language.
Modeled gravity as an emergent phenomenon from a hyper-dense elastic continuum.
Used mathematical structuring to analyze hydrodynamic properties of fundamental particles.
Proposed the Fluid Crystal as a model to replace empty spacetime with a dense medium.
Demonstrated that elementary particles can be understood as topological knots within this framework.
Revealed that the perceived expansion of the universe can be explained by centrifugal divergence, linked to the Hubble law.

Cosmology demonstrates a non-singular model of gravitational behavior in a fluid-like universe, suggesting new insights.

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Nikita Karavashkin (2026) studied this question.

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