A Critical Phase Compression Model for Black Holes: Low-Scale and Mid-Scale Gravitational Release Events

Critical Phase Compression Model for Black Holes: Low-Scale and Mid-Scale Gravitational Release Events Abstract: This work proposes a speculative conceptual model in which black holes are treated as closed physical systems that continuously compress matter, energy, and information into a terminal high-density state. When a critical physical threshold of compressibility is reached, the system undergoes an inevitable phase-transition collapse, resulting in a total reconfiguration and expulsion of the compressed mass-energy content. These events, termed Low-Scale or Mid-Scale Gravitational Release Events, offer an alternative explanation for stellar and galactic formation without invoking singularity infinities. AI Collaboration Disclosure: This research was developed with the assistance of Kristen AI (conceptual review, structural editing, and translation) and Gemini (critical consultation on logical consistency and terminology refinement). Final responsibility for the scientific content and conceptual assumptions remains with the author.