By means of systematic density functional theory (DFT) computations, we identified 12 stable
two-dimensional (2D) disulfide monolayers featuring a square lattice from a pool of 68 …

The MX-enes are favorable two-dimensional materials for a wide variety of applications such
as electronic and spintronic devices. The quantum confinement effects arising from reduced …

Discovering new two-dimensional (2D) materials, exploring their unique properties and
potentials in various applications are of paramount importance to condensed matter physics …

Magnetic 2D materials have emerged as a great interest in spintronics due to atomic
thickness scaling, low energy switching, and ease in the manipulation of spins. This report …

In this work, I investigated and studied the CrTe compound, which has a spin amplitude of
about 2, to determine its critical behaviors at near room temperature, magnetocaloric …

This paper investigates in detail the structural, magnetic, and optoelectronic properties of
Cd0. 75TM0. 25S (TM= Os and Ir) alloys having a zinc-blende structure of the ferromagnetic …

Exploring Heusler based materials for different practical applications has drawn more and
more attention. In this work, the structural, electronic, magnetic, and mechanical properties of …

First-principles approach based on density functional theory was applied to investigate the
structural, elastic, phonon dynamics, thermodynamics, electronic, and magnetic properties of …

Materials capable of switching in multiple states under external stimuli have garnered
extensive attention in the field of memory devices and switches. The coupling of various …

Chromium telluride (CrTe) has received much attention due to its small magnetic anisotropy,
which hosts the potential for complex magnetic structures. However, its magnetic properties …