Hybrid systems of superconductors and magnets display several intriguing properties, both
from a fundamental physics point of view and with practical applications. Promising …

We use strong-coupling Eliashberg theory to study the competition of separate
superconducting orders at low temperatures. Specifically, we study magnon-mediated …

In this work, we study the proximity effects in a single-and two-band superconducting three-
dimensional heterostructure, described by two condensates (condensate 1 and condensate …

We investigate chiral quantum dot (QD)-based Josephson junction and show the correlation-
induced Josephson diode effect (JDE) in it. The presence of electron-electron interaction …

We theoretically investigate the magnetic response on a three-dimensional superconducting
nanobridge system, which is compound of two parallel parallelepiped (samples) connected …

Solid materials where quantum mechanical effects dominate the behavior can contribute to
faster and more energy-efficient computers. The road to technological application starts with …