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Examine black hole physics within the Qindra Core framework and its implications for cosmic evolution.

January 20, 20260 citationsOpen Access

Parts 32, 33, 34,35 (FINAL) Qindra Core Black Hole Physics Series, Papers 384–406.-.pdf

Key Points

Examine black hole physics within the Qindra Core framework and its implications for cosmic evolution.
Conceptually integrate black holes into a broader cosmic framework.
Describe gravitational collapse through saturation-driven phase inversion.
Characterize event horizons as phase boundaries.
Analyze information retention and reconfiguration beyond classical spacetime.
Propose no infinities, firewalls, or ad hoc fixes are necessary.
Establish that information survives beyond classical understandings.
Highlight the coexistence of global dilution and local saturation in cosmic evolution.

Abstract

This collection investigates black hole physics through the Qindra Core framework, in which spacetime is emergent, configurational capacity is finite, and physical laws are relational. Gravitational collapse is described as saturation-driven phase inversion rather than singular compression. Event horizons are phase boundaries, not material surfaces. Information is not stored or leaked but survives as relational structure reconfigured beyond classical spacetime. The series integrates black holes into a broader picture of cosmic evolution, where global dilution and local saturation coexist, collapse regulates instability, and micro-genesis enables continuous renewal. No infinities, firewalls, or ad hoc fixes are required.

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