Abstract
We investigate a Bell-type inequality for probabilities of detected atoms formulated using atom-photon interactions in a cavity. We consider decoherence brought about by both atomic decay and cavity photon loss, and study its quantitative action in diminishing the atom-field and resultant atom-atom secondary correlations. We show that the effects of decoherence on nonlocality can be observed in a controlled manner in actual experiments involving a micromaser and also a microlaser.
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