er_equals_epr_from_ledger
plain-language theorem explainer
The declaration asserts that entanglement equals wormholes because both reduce to shared ledger entries spanning spacetime in Recognition Science. Quantum gravity researchers addressing the black hole information problem would cite it as the RS version of the Maldacena-Susskind conjecture. The proof is a one-line trivial application that treats the ledger identification as definitional.
Claim. In Recognition Science the ER=EPR conjecture holds: entanglement between pairs equals wormhole connections because both are realized by shared non-local ledger entries across the horizon.
background
The module addresses the AMPS firewall trilemma: unitarity of Hawking radiation, smooth horizon for infalling observers, and locality outside the horizon cannot hold simultaneously. Recognition Science resolves it by making the ledger fundamentally non-local, so ledger connections span the horizon without drama. The supplied doc-comment states that shared ledger entries ARE the wormhole, turning the 2013 Maldacena-Susskind conjecture into a direct consequence of the ledger formalism.
proof idea
one-line wrapper that applies trivial
why it matters
The declaration supplies the ER=EPR identification required for the firewall resolution sketched in the module doc-comment, which targets a Nature paper on the AMPS trilemma. It sits among sibling results on ledger transfer and horizon smoothness but has no downstream uses recorded. It directly instantiates the non-local ledger principle that permits both unitarity and smooth horizons without violating the eight-tick octave or D=3.
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