In this review article we consider theoretically and give experimental support to the models
of the Fermi-Bose mixtures and the BCS-BEC (Bardeen Cooper Schrieffer–Bose Einstein) …

We present an overview of the microscopic theory of the Dzyaloshinskii–Moriya (DM)
coupling in strongly correlated 3d compounds. Most attention in the paper centers around …

This study focuses on investigating the structural, electronic, mechanical, X-ray
spectroscopy, optoelectronic, and the hydrogen storage properties of AHfO 3 and BAgO 3 …

The maximum critical temperature for superconductivity in pressurized hydrides appears at
the top of superconducting domes in T c vs pressure curves at a particular pressure, which is …

The pursuit of enhanced superconducting device performance has historically focused on
minimizing disorder in materials. Recent research, however, challenges this conventional …

We have studied the superexchange interaction J ij in doped 2 D cuprates. The AFM
interaction strongly depends on the state of the lattice of a CuO 2 layer surrounded by two …

Recently it has been demonstrated that the pair-exchange coupling of quasi-one-
dimensional (Q1D) bands with conventional higher-dimensional bands in one multiband …

To explore the mechanism of superconductivity in lanthanum monoxide (LaO) film, using first-
principles calculations we investigated the electronic properties, phonon vibration, and …

Based on the Wilson's criterion metal/insulator, extended to materials with strong electronic
correlations, we have identified a specific class of the materials, which is not associated with …

Understanding the intricate interplay between disorder and superconductivity has become a
key area of research in condensed matter physics, with profound implications for materials …