From Chaos to Consilience · Successive Collision Theory
Paper 16 models black-hole interiors as static, finite-density polyquark cores supported by quark degeneracy pressure and short-range QCD interactions, using a lattice-QCD-calibrated equation of state, replacing the general-relativistic singularity with a regular core in hydrostatic equilibrium. It applies the relativistic stellar-structure and junction-condition machinery, matching interior to exterior via the Israel conditions, to obtain finite central densities bounded by the scale at which perturbative QCD becomes reliable.
Read the full paper (PDF) → View on DOI / repository
This paper is one of twenty-three in the open-access Successive Collision Theory corpus. Browse the full set from the main page, or read about the work and the author.
← All papersReleased under Creative Commons Attribution–NonCommercial–ShareAlike 4.0. Preprint — not yet peer-reviewed.