The spontaneous reduction of rotational symmetry in a crystalline solid driven by an
electronic mechanism is referred to as electronic nematicity. This phenomenon—initially …

Superconductivity in topological materials has drawn significant interest from the scientific
community as these materials provide a hint of the existence of Majorana fermions …

Most superconductors have an isotropic, single component order parameter and are well
described by the standard (BCS) theory for superconductivity. Unconventional, multiple …

Topological superconductors are exotic phases of matter featuring robust surface states that
could be leveraged for topological quantum computation. A useful guiding principle for the …

We explore higher-order topological superconductivity in an artificial Dirac material with
intrinsic spin-orbit coupling, which is a doped Z 2 topological insulator in the normal state. A …

Charge-4 e superconductivity as a novel phase of matter remains elusive so far. Here, we
show that charge-4e phase can arise as a vestigial order above the nematic …

The novel spin-triplet superconductor candidate UTe 2 was discovered only recently at the
end of 2018 and already attracted enormous attention. We review key experimental and …

Superconductivity, an emergence of a macroscopic quantum state, gives rise to unique
electromagnetic responses leading to perfect shielding of magnetic field and zero electrical …

Superconducting spintronics explores the interplay between superconductivity and
magnetism, sparking substantial interest in nonunitary superconductors as a platform for …

A state of matter with a multi-component order parameter can give rise to vestigial order. In
the vestigial phase, the primary order is only partially melted, leaving a remaining symmetry …