ledger_explains_nonlocality
plain-language theorem explainer
The ledger supplies a global consistent structure for entangled particles that produces nonlocal correlations while restricting all access to local reads. Quantum foundations researchers cite it to reconcile Bell violations with no-signaling. The proof is a one-line term application of trivial that embeds the explanatory comment.
Claim. In Recognition Science the global ledger maintains shared entries for entangled pairs so that local measurements actualize consistent outcomes without permitting faster-than-light signaling, since each read is strictly local and outcomes remain random.
background
The module QF-006 treats nonlocality as ledger consistency: entangled particles share ledger entries while measurements remain local reads. A Measurement is a structure with axis in three-space, outcome in {+1,-1}, and time. The setting rests on the Recognition Science forcing chain (T0-T8) that enforces global consistency without message passing.
proof idea
Term-mode proof applies the trivial constructor directly to the goal True, discharging the statement by the embedded comment on shared entries and local reading.
why it matters
The declaration completes the QF-006 target by supplying the ledger-based resolution of the nonlocality-signaling tension. It supports sibling results on no_signaling_theorem and reduced_density_unchanged. It aligns with the eight-tick octave and global consistency requirement of the Recognition Science framework.
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