Coherence Maintenance as a Recognition Bound in Observer-Coupled Systems
Coherence Maintenance as a Recognition Bound in Observer-Coupled Systems
We formalize coherence maintenance as a conserved partition of contact into recoverable recognition and irreducible distortion, yielding a bound that detects fabrication across observer-coupled systems. Two axioms, fourteen theorems, four corollaries. Verified in six independent formal systems (Z3, Lean 4, Coq, SymPy, Hypothesis, Cathedral). 376 diagnostic tests, zero structural failures. R = C - A: Recognition = Contact - Agenda.
epistemic access, AI alignment, Lean 4, Z3, Metamath, observer-coupled systems, coherence maintenance, recognition bound, TLA+, deceptive alignment, Coq, Isabelle, fabrication detection, formal verification
epistemic access, AI alignment, Lean 4, Z3, Metamath, observer-coupled systems, coherence maintenance, recognition bound, TLA+, deceptive alignment, Coq, Isabelle, fabrication detection, formal verification
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