We calculate the current-voltage (IV) characteristic of a Josephson junction containing a
resonant level in the weakly coupled regime (resonance width small compared to the …

Time-dependent control of superconducting quantum circuits is a prerequisite for building
scalable quantum hardware. The quantum description of these circuits is complicated due to …

We investigate the behavior of the Josephson current in a system composed of a quantum
dot (QD) sandwiched between two nanowires by using the nonequilibrium Green's function …

The control of any type of quantum hardware invariably necessitates time-dependent
driving. If the basis depends on the control parameter, the presence of a time-dependent …

We construct a semiclassical theory for the transport of topological Josephson junctions
starting from a microscopic Hamiltonian that comprehensively includes the interplay among …

We study quantum interference effects on Josephson current in T-shaped double quantum
dots (TDQDs) with one of them (the central dot) is sandwiched between the left and right …

We investigate the behavior of the Josephson current in a system composed of a quantum
dot (QD) sandwiched between two nanowires by using the nonequilibrium Green's function …

Deep theoretical understanding of the electrical response of Josephson junctions is
indispensable regarding both recent discoveries of new kinds of superconductivity and …

We investigate the properties of photon-assisted current through a quantum dot (QD)
coupled to two leads and Majorana bound states (MBSs) formed at two ends of a topological …

The detection of the Majorana bound states (MBSs) is a central issue in the current
investigation of the topological superconductors, and the topological Josephson junction is …