{"adjudications":[{"pair_id":"E13Q020","reason":"A more fully instantiates governed fast-to-slow transfer, canonicalization, expiration, and reconciliation; B’s preserved aliquot is chiefly a separate evidentiary split rather than material promoted from the fast store.","winner":"A"},{"pair_id":"E13Q031","reason":"A supplies a cleaner, feasible deterioration loop: reference-based signals, trend history, thresholds, and concrete repair paths. B is valuable but adds substantial measurement and conservation burden.","winner":"A"},{"pair_id":"E13Q028","reason":"A directly makes authority and participation events canonical and derives replayable decision-time projections. B is inventive, but costly sensing and continuous-signal boundary issues weaken practical fit.","winner":"A"},{"pair_id":"E13Q002","reason":"A preserves the full feedforward structure while providing a genuinely different physical preview from P1; its representativeness risk is explicit, bounded, and testable.","winner":"A"},{"pair_id":"E13Q059","reason":"B is the more direct, governable event-centered application, with clear identity, correction, projection, and replay semantics. A risks forcing continuous, interacting exposures into unreliable threshold events.","winner":"B"},{"pair_id":"E13Q001","reason":"B makes the discrete-versus-continuous choice empirically discriminable through calibrated spatial measurements, repeated transects, and a conservative boundary rule.","winner":"B"}]}