KnowraQuantum nonlocalityLinked fromLinked fromThe 17 pages that link to Quantum nonlocality, each with the reason it gives.All 17Related 12Narrower topic 3Compared with 2Quantum entanglementRelated: Entangled states can produce the nonlocal correlations tested in Bell experiments.Copenhagen interpretationRelated: It sharpens questions about what the quantum state says about distant systems and measurement results.Bell's theoremRelated: It names the feature exposed when quantum predictions exceed Bell bounds.WavefunctionRelated: Entangled wavefunctions generate correlations that constrain possible accounts of physical reality.Hidden-variable theoryRelated: Many viable hidden-variable accounts reproduce quantum predictions only by accepting nonlocal dependence.Action at a distanceRelated: It is a precise modern issue, distinct from classical forces acting across space.Aspect's experimentRelated: The observed Bell-inequality violations became evidence for this distinctive feature.Relational quantum mechanicsRelated: Relational facts must accommodate nonlocal correlations without assigning universal properties to distant systems.John Stewart BellRelated: Violations of Bell inequalities reveal the nonclassical character Bell’s theorem made testable.Quantum BayesianismRelated: QBism must explain how agent-centered probabilities accommodate nonlocal quantum correlations.Quantum indeterminacyRelated: It limits how indeterminacy can be reconciled with locality and hidden causes.Einstein–Podolsky–Rosen paradoxRelated: The paradox foreshadows the nonlocal correlations later established through Bell’s theorem.