… As such, the discussion of superconducting qubits and circuits is limited to devices … of
quantum limited superconducting amplifiers. As a result, advanced quantum sensors and quantum …

… the context of phonon readout through superconducting qubits [82], but also through advances
in magnetic couplings [109]. Detection of the motion of levitated nanospheres is reaching …

… is transformative in the investigations of emergent quantum phenomena. An … sensing its
excitations with single spin precision has remained elusive. Here we achieve quantum sensing …

… be used as the pointer of our quantum sensor, with its position in … This narrow peak works
as the pointer of our quantum sensor, with … In this sense, our sensor is able to probe any time-…

… For a circuit quantum electrodynamics architecture, the interaction between a superconducting
qubit and a resonator is naturally described by the JCM, and the squeezing driving can …

… A recent experiment demonstrated coupling of a superconducting phase qubit to the
quantum motion of a piezoelectric resonator at millikelvin temperatures (11). However, this …

… The flexibility in this device architecture has enabled their use in a variety of quantum sensing
applications including single GHzphoton detection [11], THz photon detection [12, 13], ultra…

… AI Quantum's demonstration of quantum supremacy with 53 superconducting qubits 4 and
IBM Quantum's … in QC, sensing, and metrology. This capability is also essential for adjusting …

… such as sensing [36,37] and parameter estimation [38]. Also, superconducting circuits and
quantum measurement techniques have a lot to offer to the newly emerging field of quantum …