A superconducting superlattice of quantum stripes with a particular shape that gives the
amplification of the critical temperature is called" superstripes". This superlattice is …

We revisit the problem of a BCS superconductor in the regime where the Fermi energy is
smaller than the Debye energy. This regime is relevant for low-density superconductors …

While it is known that the nature and the arrangement of defects in complex oxides have an
impact on the material functionalities, little is known about control of superconductivity by …

The confinement of a superconductor in a thin film changes its Fermi-level density of states
and is expected to change its critical temperature T c. Previous calculations have reported …

Van Hove singularities (VHSs) are a hallmark of reduced dimensionality, leading to a
divergent density of states in one and two dimensions and predictions of new electronic …

Magnesium diboride gained significant interest in the materials science community after the
discovery of its superconductivity, with an unusually high critical temperature of 39 K. Many …

The aim of the present paper is to discuss some recent results concerning the behavior of
low-dimensional materials under strain. This concerns the electrical conductivity calculations …

We study the ultrafast Kerr effect and high-harmonic generation in superconductors by
formulating a model for a time-varying electromagnetic pulse normally incident on a thin-film …

We begin with an introduction of superconductivity by giving a brief history of the
phenomenon. The phenomenological Ginzburg–Landau theory and the microscopic theory …

The Fulde-Ferrell-Larkin-Ovchinnikov (FFLO) state is the superconducting phase for which
the Cooper pairs have a non-zero total momentum, depending on the splitting of the Fermi …