quantum correlations
Quantum correlations refer to the non-classical relationships or connections between quantum systems, where the behavior of one system is linked or dependent on the behavior of another system, even when they are widely separated or entangled. These correlations play a crucial role in quantum mechanics and often exhibit properties such as superposition, entanglement, and non-locality, which do not have direct counterparts in classical physics.
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Related Concepts (17)
- bell inequalities
- bell's inequality
- experimental tests of bell inequalities
- local causality
- non-contextual hidden variables
- non-local correlations
- quantum entangled systems
- quantum non-locality
- quantum nonlocality
- violation of bell inequalities
- violation of bell's inequalities
- violation of local realism
- violations of the clauser-horne inequality
- violations of the eberhard inequality
- violations of the mermin inequality
- violations of the peres-mermin inequality
- violations of the svetlichny inequality
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- correlations
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