Recently, topological superconductors based on Josephson junctions in two-dimensional
electron gases with strong Rashba spin-orbit coupling have been proposed as attractive …

Spatial disorder has been shown to drive two-dimensional (2D) superconductors to an
insulating phase through a superconductor–insulator transition (SIT). Numerical calculations …

In this paper we find that confining a second-order topological superconductor with a
harmonic potential leads to a proliferation of Majorana corner modes. As a consequence …

Nodal topological superconductors characterized by px-wave pairing symmetry host flat-
band Majorana bound states causing drastic anomalies in low-energy electromagnetic …

We study the anomalous proximity effect in diffusive normal metal (DN)/unconventional
superconductor junctions, where the local density of states (LDOS) in the DN has a zero …

The polaron is treated as a long-lived quasiparticle with slow momenta and current
relaxation in Fermi liquid phase. While in this paper, we discuss the possible realization of …

We propose an algorithm base on the modulable hidden variables and step length, which is
inspired by the heuristic statistical physics and replica method, to study the effect of mutual …

The proximity effect from a spin-triplet px-wave superconductor to a dirty normal-metal has
been shown to result in various unusual electromagnetic properties, reflecting a cooperative …

We theoretically study the effects of spin-orbit interactions on the symmetry of a Cooper pair
in a spin-singlet d-wave superconductor and on the chiral property of the surface Andreev …

Over the past decade, the interplay between symmetry and topology in condensed matter
physics has not only deepened our understanding of matter by prompting a conceptual …