… Microwave superconducting resonators (SRs) with high quality factor Q operating at low
reduced temperatures T/T c ≃ 0.1, where T is the temperature and T c is the superconducting …

… We design protocols that exploit the critical behavior of nonlinear resonators to enhance
the precision of quantum magnetometers and the fidelity of superconducting qubit readout. …

… the advancement of superconducting quantum computers. … resonance with a qubit or
resonator, and this causes temporal … Further progress with superconducting quantum processors …

… The predictions of this model have found good agreement with experimental studies of
superconducting resonators which cannot be described by the standard tunneling model. …

… GHz resonator … HE superconducting characteristics and stoichiometry of Niobium Nitride
(NbN) make it a potentially important material for fabricating a wide variety of quantum sensors …

… the dual signatures of superconductivity: diamagnetism characteristic … superconducting
regions, showing marked inhomogeneities at the micron scale. Our work brings quantum sensing …

… If the multi-mode model for the resonator is employed [57], it is not … resonator frequency
ωr. For simplicity, we consider the qubit sensor operated at a frequency below the resonator …

… a resonator chip consisting of six planar lumped element microwave resonators coupled to
a … The microfabrication of the resonator chip involves two main steps: 1) the aluminium film …

… as quantum dots, superconducting devices or spin sensors, might also be useful in future
high-energy particle physics detectors. This Perspective explores the opportunities for these …

… quantum sensing, discussing the most recent and general formulations for the problems of
quantum … then review emerging applications of quantum sensing in the photonic regime both …