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We propose an optical cavity-QED scheme for the deterministic generation ofpolarization entangled photon pairs that operates with high fidelity even inthe bad cavity limit. The scheme is based on the interaction of an excitedfour-level atom with two empty optical cavity modes via an adiabatic passageprocess. Monte-Carlo wave function simulations are used to evaluate thefidelity of the cavity-QED source and its entanglement capability in thepresence of decoherence. In the bad cavity limit, fidelities close to one arepredicted for state-of-the-art experimental parameter values.

Generation of entangled photon pairs in optical cavity-QED: Operating in the bad cavity limit