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March 13, 2026Open Access

Black Holes in Material Space Theory

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Authors

GWGrzegorz Wasilewicz

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Overview

This model demonstrates how black holes behave in a granular material medium, suggesting implications for gravitational theory.

Key Points

  • The research aims to develop a model of black holes using Material Space Theory to address key challenges in gravitational physics.
  • Developed a model treating space as a granular medium flowing towards a gravitational center.
  • Analyzed the steady-state flow to determine space density at the Schwarzschild radius.
  • Explored the implications of a physical boundary at the event horizon.
  • Linked the theory to the inflationary epoch in the early universe.
  • Established that space density remains finite at the Schwarzschild radius, eliminating mathematical singularities.
  • Demonstrated that the black hole interior does not exist, with the horizon as a phase transition boundary.
  • Provided a resolution to the information loss paradox by reinterpreting mass-space interactions.
  • Refuted the traditional Hawking radiation mechanism due to absence of an interior region.

Cite This Study

Grzegorz Wasilewicz (2026) studied this question.

synapsesocial.com/papers/69b3ad0502a1e69014ccf3c2https://doi.org/10.5281/zenodo.18946345
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