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February 28, 20260 citationsOpen Access

Recursive Black Hole Cosmology: An Interpretive Framework

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AZAndrii Zlotnikov

Key Points

  • To explore the relationship between black hole evolution and cosmological expansion without introducing new equations.
  • Developed an interpretive framework connecting multiple domains of cosmology and black hole physics
  • Analyzed black hole thermodynamics and cosmological natural selection concepts
  • Examined singularities as phase boundaries in cosmological models
  • Proposed that cosmological expansion could be seen as connected to black hole evolution
  • Identified singularities as phase boundaries that influence cosmological initial conditions
  • Highlighted the potential inheritance of cosmological initial conditions rather than viewing them as arbitrary

Abstract

This work develops an interpretive framework connecting black hole thermodynamics, nonsingular collapse scenarios, cosmological expansion, and cosmological natural selection. It does not propose new fundamental equations or modify ΛCDM dynamics, but explores the possibility that cosmological expansion may be interpreted as a horizon-separated internal continuation of black hole evolution. Singularities are treated as phase boundaries, and cosmological initial conditions are considered as potentially inherited rather than arbitrary. All speculative elements are explicitly identified as interpretive and conditional.

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Cite This Study

Andrii Zlotnikov (2026) studied this question.

synapsesocial.com/papers/69a286b80a974eb0d3c01e9chttps://doi.org/10.5281/zenodo.18783687
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