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Based on a circuit QED qubit-cavity array a source of two-mode entangledmicrowave radiation is designed. Our scheme is rooted in the combination ofexternal driving, collective phenomena and dissipation. On top of that thereflexion symmetry is broken via external driving permitting the appearance ofchiral emission. Our findings go beyond the applications and are relevant forfundamental physics, since we show how to implement quantum lattice modelsexhibiting criticality driven by dissipation.

Circuit QED bright source for chiral entangled light based on dissipation