Linked from

The 14 pages that link to Bell inequality, each with the reason it gives.

• Quantum entanglementRelated: Entangled systems can violate these bounds, distinguishing their correlations from classical local ones.

• Bell's theoremBroader topic: It makes Bell's assumptions testable through observed correlations.

• Bell testBroader topic: A Bell test compares observed correlations with this bound.

• Hidden-variable theoryRelated: Experiments test whether hidden-variable models obey the correlations Bell's theorem limits.

• Quantum nonlocalityRelated: Its violation is the operational test for quantum nonlocality.

• Aspect's experimentRelated: Aspect’s measurements tested whether photon correlations exceeded this local bound.

• Local hidden-variable theoryBroader topic: Its violation exposes the conflict between local hidden-variable assumptions and observed correlations.

• Alain AspectNarrower topic: The inequalities supplied the thresholds Aspect’s measured correlations were compared against.

• John Stewart BellBroader topic: Bell derived inequalities that local hidden-variable models must obey.

• Quantum contextualityCompared with: Its violations test locality assumptions rather than noncontextuality alone.

• CHSH inequalityNarrower topic: CHSH is a particular experimentally accessible Bell inequality.

• Leggett–Garg inequalityCompared with: Bell inequalities concern spatially separated systems, whereas Leggett–Garg inequalities concern measurements at different times.

• Locality (physics)Broader topic: Its violation rules out a broad class of locally causal models.

• Anton ZeilingerRelated: Measurements in Zeilinger’s experiments tested whether photon correlations exceed this bound.