… is coupled to an on-chip cavity consisting of a superconducting transmission line resonator.
We show that the strong coupling … coherent interaction of a superconducting two-level system …

… the strong coupling regime and, furthermore, that magnetic flux can be used to switch off the
coupling … microscopic spin states into a superconducting qubit architecture can combine the …

… a scanning superconducting qubit and demonstrate its coupling to a superconducting CPWR
on a … We have observed strong coupling between a scanning transmon qubit and a CPWR. …

We study electron-spin-photon coupling in a single-spin double quantum dot embedded in a
superconducting stripline cavity. With an external magnetic field, we show that either a spin-…

… two superconducting qubits 5 mm apart at opposite ends of a superconducting transmission
… In the first measurement we observe strong coupling of each of the qubits separately to the …

… , thus bringing the hybrid system into the strong coupling regime. Furthermore, we use a
parametric drive to realize a tunable magnon-qubit coupling scheme. Our approach provides a …

… 3 , deep in the strong coupling regime. By implementation of the noncontact coupling scheme
… superconducting qubits, representing an important step towards hybrid quantum systems. …

… In conclusion, we have experimentally achieved deep strong coupling between a
superconducting flux qubit and an LC oscillator. Our results are consistent with the theoretical …

… realized in superconducting quantum circuits [7]. Following these results, strong coupling has
… In this Letter we demonstrate the use of nonresonant (dispersive) strong coupling between …

… with superconducting qubits, switching off the qubit-qubit interaction is usually achieved by
tuning the two qubits out of resonance. For the dot-resonator system, tuning qubit frequencies …