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The research aims to uncover the microscopic origins of black hole entropy within the Superfluid Energetic Field framework.

June 20, 2026Open Access

Black Holes as Saturated Phase Interfaces in a Superfluid Vortex Network

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Randomized trial explores black hole entropy in superfluid models, suggesting implications for gravitational dynamics.

The research aims to uncover the microscopic origins of black hole entropy within the Superfluid Energetic Field framework.
Investigated black hole entropy using a superfluid-like vacuum model.
Applied a relativistic P(X) Lagrangian to analyze dynamical phase interfaces.
Examined vortex degrees of freedom to understand information retention mechanisms.
Identified black hole entropy as counting topological degrees of freedom at vortex intersections.
Demonstrated that black hole horizons function as dynamical phase interfaces with zero effective propagation speed of excitations.
Provided insights into information preservation through topological re-encoding in the vacuum state.

Nathalie Puccio (2026) studied this question.

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