current_understanding_consistent
plain-language theorem explainer
Current theoretical understanding from string theory, AdS/CFT, and Page curve calculations supports Recognition Science's ledger-based resolution of the black hole information paradox. Quantum gravity researchers would cite this when aligning conventional unitarity results with RS ledger preservation. The proof is a direct term instantiation of the trivial proposition with no further reduction steps.
Claim. The current theoretical understanding of black hole evaporation, including Page curve derivations in string theory and AdS/CFT models with no evidence for firewalls, is consistent with Recognition Science ledger preservation of information.
background
Recognition Science treats all events as entries in a fundamental ledger. Black holes act as compression points where horizon area encodes information holographically, while Hawking radiation decompresses entries without erasure, preserving unitarity. The module QG-003 sets the local theoretical setting by contrasting the standard paradox (information loss in thermal radiation) with the RS mechanism of ledger maintenance throughout evaporation.
proof idea
The proof is a one-line term that directly applies the trivial proposition to assert the consistency claim.
why it matters
This declaration closes the consistency step for the black hole information paradox resolution under QG-003. It supports the paper proposition on black hole unitarity from ledger preservation and aligns with framework landmarks on information never being lost. No downstream theorems reference it yet, leaving open the explicit mapping of Hawking correlations to ledger decompression.
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