Simple example of nonlocality: Atoms interacting with correlated quantized fields
Matthias Freyberger
Abstract
Matthias Freyberger
Abstract
We present a simple example that shows nonlocality in quantum mechanics. The basic elements are two microwave cavities equipped with correlated quantized fields that interact with two atoms. We perform state-selective measurements on these atoms that subsequently reveal a type of nonlocality recently described by Hardy [Phys. Rev. Lett. 71, 1665 (1993)].
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We present a simple example that shows nonlocality in quantum mechanics. The basic elements are two microwave cavities equipped with correlated quantized fields that interact with two atoms. We perform state-selective measurements on these atoms that subsequently reveal a type of nonlocality recently described by Hardy [Phys. Rev. Lett. 71, 1665 (1993)].
Key concepts: Quantum nonlocality, Physics, Simple (philosophy), Quantum mechanics, Quantum, Classical mechanics, Theoretical physics, Quantum entanglement