Experimental schematic illustration for dissipative preparation of entangled steady state between two transmission line microwave resonators coupled through hopping of microwave photons with a hopping rate J in circuit QED. κ, γ, and γ ϕ are single-photon decay rate, superconducting qutrit spontaneous emission rate, and superconducting qutrit dephasing rate. Each resonator contains a single Λ-type superconducting qutrit which possesses two ground states | g 〉 and | f 〉 and one excited state | e 〉 . The qutrit transition | f 〉 ↔ | e 〉 is resonantly coupled to the resonator with the coupling constant g, and the transitions | g 〉 ↔ | e 〉 and | g 〉 ↔ | f 〉 are driven by two microwave fields with Rabi frequencies Ω 1 and Ω 2 , respectively.