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The research aims to introduce the Elevated Complex Zero-Gap Core (ECZC) model as a solution for gravitational singularities in black hole interiors.

June 6, 2026Open Access

The Elevated Complex Zero-Gap Core (ECZC) Model: Resolving Gravitational Singularities via Phase Transition Boundaries, Superfluid Dynamos, and Holographic Membranes

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The research aims to introduce the Elevated Complex Zero-Gap Core (ECZC) model as a solution for gravitational singularities in black hole interiors.
Theorizes phase reduction at the Planck scale to form a hyper-dense superfluid core.
Proposes a geometric framework for the Maglev Zone utilizing gravitational wave ringdowns.
Integrates existing theories and models to unify structural frameworks in physics.
Demonstrated that the superfluid core acts as a frictionless conductor with intense magnetic polarity.
Revealed a mechanism for cosmic void expansion linked to the absolute exclusion of spatial voids within the core.
Established that photons cannot exist within a zero-gap volume, addressing the black hole information paradox.

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Randomized trial explores gravitational singularities in non-singular masses, suggesting a new model for cosmic structure.

Nicolas Antony Brown (2026) studied this question.

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