Unresolved (ur) to Resolved (r) Structure in Quantum Entanglement

Unresolved (ur) to Resolved (r) Structure in Quantum Entanglement presents a substrate-independent grammar for how unresolved degrees of freedom (ur) lawfully commit into resolved outcomes (r) under auditable constraints, explicitly separating (i) ur->r write/propagation legs from (ii) the local instantiation (commit) event at latch/register points, and demoting rr coupling to a post-commit maintenance channel that is expected to be noisy and non-authoritative; the work elevates a parallel-rail invariant (the two write legs must remain parallel with preserved separation, allowing shear into a parallelogram) as a primary geometric ruler for correspondence and timing, introduces odd-even decomposition under opposed ternary directives Z = -1, 0, +1 to separate signed influence from unsigned residue/leakage, formalizes termination and freezing (Disable-L vs rate-limited hold) as protective actions on write access, and closes acceptance through triads plus Four-Solves-Three (4S3) leave-one-out audit across three mutually exclusive resolved modes (unentangled, entangled, annihilation), integrating STLF and SoZ as enforcement fences against drift, missingness laundering, and postselection-by-tuning.