{"assessments":[{"causal_path_distinct":true,"independent_opportunity":true,"intervention_distinct":true,"p2_complete":true,"pair_id":"E13I066","problem_distinct":true,"reason":"P2 addresses accumulated physiological heat during repeated exercise through a physical latent-heat buffer, rather than unresolved athlete-session data; it supplies a complete stock-flow control loop with separate mechanisms and causal path.","structurally_faithful":true},{"causal_path_distinct":true,"independent_opportunity":true,"intervention_distinct":true,"p2_complete":true,"pair_id":"E13I065","problem_distinct":true,"reason":"P2 monitors gradual end-to-end wind-tunnel measurement-chain drift, distinct from erosion of coupled drone design margins. It has its own reference-article evidence loop, thresholds, ownership, and response pathway.","structurally_faithful":true},{"causal_path_distinct":true,"independent_opportunity":true,"intervention_distinct":true,"p2_complete":true,"pair_id":"E13I067","problem_distinct":true,"reason":"P2 concerns physical overcoupling of a successor sprint-testing facility and uses modular, blankable hardware interfaces, not governance of an athlete-monitoring software successor. The predecessor-to-successor ambition path remains explicit and complete.","structurally_faithful":true},{"causal_path_distinct":true,"independent_opportunity":true,"intervention_distinct":true,"p2_complete":true,"pair_id":"E13I111","problem_distinct":true,"reason":"P2 treats search-selected vibration anomalies in qualification data, rather than a lightweight bracket design claim. Its anomaly-family screening and targeted physical retest form a separate application, evidence path, and intervention.","structurally_faithful":true},{"causal_path_distinct":true,"independent_opportunity":true,"intervention_distinct":true,"p2_complete":true,"pair_id":"E13I086","problem_distinct":true,"reason":"P2 concerns premature categorical treatment of shaft-bearing fit measurements and tests a continuous paired-margin representation, rather than hybrid modeling of crane-rope fatigue and shock events.","structurally_faithful":true},{"causal_path_distinct":true,"independent_opportunity":true,"intervention_distinct":true,"p2_complete":true,"pair_id":"E13I055","problem_distinct":true,"reason":"P2 controls inter-cycle thermal-energy carryover in gearbox testing, distinct from retained moisture in composite layups. It defines a separate stock, flows, thresholds, measurements, and thermal-control levers.","structurally_faithful":true}]}