Recent progress in nanoscale manufacturing has allowed to experimentally investigate
quantum dots coupled to two superconducting leads in controlled and tunable setups. The …

We investigate theoretically the Josephson junction of semiconductor nanowire with strong
spin-orbit (SO) interaction in the presence of magnetic field. By using a tight-binding model …

We report the emergence of zero-energy states in the trivial phase of a short nanowire
junction with a strong spin-orbit coupling and magnetic field, formed by strong coupling …

We study the combined effects of spin-orbit interaction, magnetic field, and Coulomb
charging on the Josephson current-phase relation, I (φ), for a multilevel quantum dot tunnel …

We investigate the spectral and transport properties of a double quantum dot laterally
attached to a topological superconducting nanowire, hosting the Majorana zero-energy …

Josephson junctions based on quantum dots offer a convenient tunability by means of local
gates. Here we analyze a Josephson junction based on a serial double quantum dot in …

In a π-Josephson junction, the supercurrent's sign is reversed due to the dephasing of
superconducting pairs upon their traversal of the nonsuperconducting part. 0-π quantum …

Supercurrent transport is experimentally studied in a Josephson junction hosting a double
quantum dot (DQD) with tunable symmetries. The QDs are parallel coupled to two …

In this Letter, we manipulate the phase shift of a Josephson junction using a parallel double
quantum dot (QD). By employing a superconducting quantum interference device, we …

We theoretically study the DC Josephson effect of a semiconductor nanowire (NW) with a
strong spin–orbit interaction when a magnetic field is applied parallel to the NW. We adopt a …