… coherence of our superconducting flux qubit coupled to a dc-SQUID oscillator is limited by
the oscillator thermal photon noise. By tuning the qubit … qubit of energy splitting h q is coupled …

… the qubit area by a factor of more than a thousand without sacrificing coupling strengths. …
dielectric loss mechanisms prevalent in superconducting qubits, and experiments following the …

… coupling in situ. Our results demonstrate that integrating microscopic spin states into a
superconducting qubit … ASQ can be operated coherently with strong coupling of the spin states to …

… qubit. We shall consider two types of superconducting qubit: a capacitively coupled charge
qubit, … box (CPB) [4, 5], and an inductively coupled flux qubit [6]. As we shall see, both types of …

… coupling does arise from disorder in C and E L , and can have important consequences on
the coherence of the 0-π qubit, … . Empirical evidence shows that superconducting qubits are …

… a superconducting qubit by eliminating its dispersive coupling to the readout cavity. This is
achieved in a tunable coupling qubit, where the qubit frequency and coupling … the coherence …

… coherent dynamics of a circuit containing two-coupled superconducting charge qubits. Each
… In other words, we have coherent oscillations in the first qubit while the second one remains …

… ) strong coupling between a Cooper pair box (CPB) [10] and a coherent microwave field in
a … rise to a large ac Stark shift of the qubit energy levels, analogous to the one observed in …

… The devices reported in this work spectacularly break the old unwritten rule of superconducting
qubits design: For the best coherence, the number of Josephson junctions per qubit …

… progress in the coherence and readout of superconducting qubits. … the coherence and
readout of superconducting qubits (For more comprehensive reviews on superconducting qubits, …