Theoretical framework reveals a shared quantum boundary linking multiple black hole interiors, suggesting a mechanism for nonsingular cosmic bounce expansion.
The Cosmic Hole Cycle Hypothesis (CHCH) is a speculative theoretical cosmology framework proposing that the terminal quantum-gravity sectors of multiple black-hole interiors may be encoded in a shared future quantum boundary termed the Common Bounce State (CBS). The framework explores information preservation and an emergent nonsingular bounce that could lead to a successive expanding spacetime phase. This Version 1.0 presents the core hypothesis, its mathematical toy formulation, current scientific limitations, open questions, and requirements for falsifiability. The central proposition that multiple black-hole quantum sectors map to a single Common Bounce State remains an unproven hypothesis and has not been experimentally confirmed.
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E Azzam (2026) studied this question.
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