… Andrei Lebedev, who introduced me to the captivating world of superconducting qubits, … to
the captivating realms of quantum computing and quantum sensing. His unwavering guidance …

… Superconducting systems have recently shown an improving degree of scalability and
controllability [6]. To build a superconducting qubit [7], the macroscopic quantum … of the qubit …

… of quantum sensing with near-term quantum technologies, … dephasing process of a
superconducting qubit 36 . The gain of … between the quantum sensing and other quantum …

… provide significant advantages for quantum sensing. Here we propose a dynamic framework
for quantum sensing with a family of Hamiltonians that undergo quantum phase transitions (…

… , and most recently topological qubits that are based in collective … quantum system that
can be manipulated for quantum computation. In this report we focus on superconducting qubit …

… In the following, we focus our attention on the specific case of an electron-nuclear two-spin
system, where the electronic spin serves as the quantum sensor. The Hamiltonian of this …

… The potential of criticality for sensing can be exploited in setups where the qubit-boson …
Also, in superconducting qubits, qubit-photon coupling terms can be induced and controlled …

… criticality-enhanced sensing with open quantum sensors. The quantum sensing framework
… of synthetic many-body systems as quantum sensors. Promising candidates for directly …

… Single qubit in solid-state materials recently emerges as a versatile platform for quantum …
has become a powerful tool in quantum sensing for detecting various physics parameters, …

… In this paper, we have numerically analyzed the efficiency of compressed sensing quantum
process tomography (CS QPT) [24,25] applied to superconducting qubits (we did not …