Linked from

The 18 pages that link to Hidden-variable theory, each with the reason it gives.

• Bell's theoremNarrower topic: Bell's result addresses whether such supplements can remain local.

• ObservableCompared with: These theories challenge whether quantum observables exhaust the properties underlying measurement results.

• Bell testRelated: Bell's inequality tests constrain the local versions of these theories.

• Heisenberg uncertainty principleCompared with: These theories challenge interpretations of quantum probabilities, not the mathematical uncertainty bound.

• Quantum nonlocalityNarrower topic: Bell's result tests whether such variables can preserve locality.

• ComplementarityCompared with: Such theories seek a different account of quantum phenomena than Bohr's appeal to complementary descriptions.

• Pilot-wave theoryNarrower topic: Pilot-wave theory is a concrete hidden-variable account of quantum phenomena.

• Aspect's experimentCompared with: Aspect’s results challenged local versions of this approach, not every possible hidden-variable theory.

• Correspondence principleCompared with: It changes quantum foundations rather than specifying how quantum predictions recover classical ones.

• Alain AspectNarrower topic: Bell-test inequalities constrain hidden-variable accounts when locality is also assumed.

• Bohr–Einstein debatesRelated: Einstein hoped a deeper account might restore definite properties without abandoning physical explanation.

• John Stewart BellNarrower topic: Bell tested whether such variables could account for quantum correlations while preserving locality.

• Quantum contextualityNarrower topic: Contextuality asks which hidden-variable explanations can reproduce quantum statistics.

• CHSH inequalityNarrower topic: The inequality tests a local subset of hidden-variable explanations.

• Kochen–Specker theoremNarrower topic: The theorem addresses whether such theories can assign context-independent values to all observables.

• Quantum indeterminacyCompared with: These theories test whether quantum probabilities reflect deeper, inaccessible physical facts.

• Free Will TheoremRelated: The theorem rules out specified prediction schemes, not every possible hidden-variable account.

• Interpretations of quantum mechanicsRelated: Several interpretations add or reject underlying variables to explain quantum probabilities.