Quantum Mechanical Bell Test Prediction

In physics, the quantum mechanical Bell test prediction is the prediction that quantum mechanics would give for the correlation probabilities for a set of measurements performed on a quantum entangled state. An important outcome of this prediction is that it violates the Bell inequality, which, as a result, has serious implications for the interpretation of quantum mechanics.

The following is based on section 2 of the Stanford Encyclopedia of Philosophy article written by Abner Shimony, one of the authors of the original Clauser, Horne, Shimony and Holt article (1969) after which the CHSH Bell test is named (Shimony, 2004).

Read more about Quantum Mechanical Bell Test Prediction:  Shimony's Derivation of The Quantum Mechanical Prediction, Demonstration of A Bell Inequality Violation

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