This review elaborates pedagogically on the fundamental concept, basic theory, expected
properties, and materials realizations of topological superconductors. The relation between …

Multiorbital quantum materials with strong interactions can host a variety of novel phases. In
this work we study the possibility of interaction-driven superconductivity in the iridate …

In this paper we study the phase diagram of a disordered, spin-orbit coupled superconductor
with s-wave or d+ id-wave pairing symmetry in symmetry class D. We analyze the …

We study the strong coupling limit of the extended Hubbard model in two dimensions. The
model consists of hopping, on-site interaction, nearest-neighbor interaction, spin-orbit …

The classification of electron systems according to their topology has been at the forefront of
condensed matter research in recent years. It has been found that systems of the same …

The possibility to observe and manipulate Majorana fermions as end states of one-
dimensional topological superconductors has been actively discussed recently. In a …

The charge degrees of freedom in several different organic charge transfer salts display
slow or glassy dynamics. To gain insight into this behavior, we obtain the low-energy theory …

The 3D analogue of graphene is known as Weyl semimetal, where the excitations energy is
a linear function of their momentum. Floquet theory is an alternative way of study of …

The hope to realize Majorana fermions at the vortex core of a two-dimensional topological
superconductor has led to a variety of proposals for devices which exhibit topological …

In light of recent proposals to realize a topological superconductor on the surface of strong
topological insulators, we study impurity and vortex scattering in two-dimensional …