Bell test records contain more parameter sensitivity than compressed scores reveal. Full coincidence data remains quantum-optimal even when scalar Bell scores are stationary—framework certifies sensing capability without complete state tomography.

Bell test records contain more parameter sensitivity than compressed scores reveal. Full coincidence data remains quantum-optimal even when scalar Bell scores are stationary—framework certifies sensing capability without complete state tomography.
Demonstrates that real quantum theory remains experimentally unfalsifiable: product-state source independence cannot be certified from local measurements alone, enabling alternative RQT explanations compatible with all observed Bell-test data.