We put forward a novel approach for quantum state readout from superconducting qubits and transfer with
optical photons. Our proposal involves a hybrid system of a two-level molecule coupled to a superconducting
qubit. We show that one can achieve strong coupling regime in such hybrid system which can then be harnessed
to study various quantum effects. These includes but are not restricted to optical determination of the qubit
state, entanglement generation, storage and manipulation of quantum information.
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