Although the fascinating effect of superconductivity was discovered more than 100 years
ago, only a few low-temperature superconductors, especially Nb 3 Sn and NbTi, have …

Two-dimensional (2D) metal-boride-derived nanostructures have been a focus of intense
research for the past decade, with an emphasis on new synthetic approaches, as well as on …

Metal borides have attracted the attention of researchers due to their useful physical
properties and unique ability to form high hydrogen-capacity metal borohydrides. We …

The analysis of quantum electronic pressure (QEP) in magnesium diboride crystal under
increasing simulated hydrostatic compression is carried out. The link between the QEP …

The anisotropic geometric and electronic structures of metal diborides (MB 2) leads to many
unusual optical and electronic properties. Here, we present a first-principles study on the low …

We present three systematic approaches to use of Density Functional Theory (DFT) for
interpretation and prediction of superconductivity in new or existing materials. These …

It is well known that a single Dirac cone at high-symmetry point (HSP) of a Brillouin zone,
akin to the one in graphenes' band structure, can not appear as the only quasiparticle at the …

We present two developments for the numerical integration of a function over the Brillouin
zone. First, we introduce a nonuniform grid, which we refer to as the Farey grid, that …

In this research, using Geant4 Monte Carlo simulation tool, we have investigated the
shielding properties of aluminum oxide, magnesium fluoride, aluminum fluoride, titanium …

Room temperature superconductivity has been a long sought dream of many condensed
matter physicists. Recently, there have been exciting studies claiming observation of high …