Entangling two remote quantum systems that never interact directly is an essential primitive
in quantum information science and forms the basis for the modular architecture of quantum …

… However, direct demonstration of entanglement is … for superconducting qubits (5–9). We
demonstrated all of the DiVincenzo criteria simultaneously, thus placing superconducting qubits …

… In superconducting devices 3 , two-qubit entangled states … the two-qubit case, where all
maximally entangled two-qubit … , three qubits can be entangled in two fundamentally different …

… of one qubit depends inextricably on the state of another qubit. Recently, entanglement in a
superconducting charge-based two-qubit … superconducting coupled qubit system with qubits …

… Our results show that a maximally entangled state of two superconducting qubits can be …
of realistic qubit decoherence rates and imperfections. High fidelities are obtained both for state…

We report a system where fixed interactions between noncomputational levels make bright
the otherwise forbidden two-photon | 00 ⟩ → | 11 ⟩ transition. The system is formed by hand …

… As in its two-qubit predecessor 7,9 , in our chip qubit control is achieved with a combination
… realizing single-qubit x and y rotations and flux pulses individually tuning the qubit transition …

… intra-cavity SC qubits plus the coupler SC qubit can be prepared in an entangled Greenberger–…
We also introduce two simple methods for entangling the intra-cavity SC qubits in a GHZ …

… , we study the entanglement production in superconducting qubit circuits interacting with
controllable squeezed modes in cavities or resonators eg, circuit QED. Conclusions and …

… We also show that a Greenberger-Horne-Zeilinger (GHZ) state of four superconducting
qubits embedded in four different resonators can be created with this scheme. In principle, the …