bell's inequalities
Bell's inequalities are a set of mathematical inequalities that provide a way to test whether the predictions of quantum mechanics can be explained by classical theories, by comparing the correlations of entangled particles with certain measurable properties.
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Related Concepts (15)
- bell's theorem
- entanglement
- epr paradox
- hidden variables
- local realism
- non-locality
- quantum correlation
- quantum entanglement and communication
- quantum entanglement experiments
- quantum entanglement teleportation
- quantum foundations
- quantum mechanics
- quantum theory of measurement
- spin
- violation of bell's inequalities
Similar Concepts
- bell experiments
- bell inequalities
- bell inequality
- bell inequality loopholes
- bell inequality violation
- bell's inequality
- bell's theorem and hidden variables
- correlation inequalities
- experimental tests of bell inequalities
- experimental tests of bell's inequalities
- experimental violations of bell inequalities
- loophole-free bell inequality violation
- violation of bell inequalities
- violation of bell's inequality
- violations of bell inequalities