We review the physics of pair-density wave (PDW) superconductors. We begin with a
macroscopic description that emphasizes order induced by PDW states, such as charge …

In weakly coupled BCS superconductors, only electrons within a tiny energy window around
the Fermi energy, EF, form Cooper pairs. This may not be the case in strong coupling …

Pair-density waves (PDWs) are superconducting states that spontaneously break translation
symmetry in systems with time-reversal symmetry (TRS). Evidence for PDWs has been seen …

The possibility of realizing pair density wave (PDW) phases, in which Cooper pairs have a
finite momentum, presents an interesting challenge that has been studied in a wide variety …

Pair-density wave (PDW) is a long-sought exotic state with oscillating superconducting order
without external magnetic field. So far it has been rare in establishing a 2D microscopic …

Pair density waves (PDWs) are superconducting states formed by Cooper pairs of electrons
containing a nonzero center-of-mass momentum. They are characterized by a spatially …

A bstract We examine the fermionic response in a holographic model of a low temperature
striped phase, working for concreteness with the setup we studied in [1, 2], in which a U (1) …

Pair-density-wave (PDW) superconductivity is a long-sought exotic state with oscillating
superconducting order parameter without the need of applying external magnetic field. So …

Finite-momentum pairing in a Pauli-limited spin-singlet superconductor arises from the pair-
breaking effects of an external Zeeman field, a mechanism which is not applicable in odd …

In this study we examine the superconducting instability of a quasi-one-dimensional lattice
in the Hubbard model based on the random-phase approximation (RPA) and the fluctuation …