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.Pilot-wave theoryNarrower topic: Entangled particles can have guiding dynamics that depend on distant configurations.Bell inequalityNarrower topic: Bell inequality violations provide an operational test of this broader phenomenon.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.Local hidden-variable theoryNarrower topic: It is the broader phenomenon that Bell-test violations reveal, without enabling faster-than-light signalling.John Stewart BellRelated: Violations of Bell inequalities reveal the nonclassical character Bell’s theorem made testable.Kochen–Specker theoremCompared with: Contextuality is distinct from nonlocality and does not require separated measurement sites.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.No-communication theoremCompared with: Nonlocal correlations are often mistaken for signals, which the theorem rules out.
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.Pilot-wave theoryNarrower topic: Entangled particles can have guiding dynamics that depend on distant configurations.Bell inequalityNarrower topic: Bell inequality violations provide an operational test of this broader phenomenon.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.Local hidden-variable theoryNarrower topic: It is the broader phenomenon that Bell-test violations reveal, without enabling faster-than-light signalling.John Stewart BellRelated: Violations of Bell inequalities reveal the nonclassical character Bell’s theorem made testable.Kochen–Specker theoremCompared with: Contextuality is distinct from nonlocality and does not require separated measurement sites.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.No-communication theoremCompared with: Nonlocal correlations are often mistaken for signals, which the theorem rules out.