SIESTA was developed as an approach to compute the electronic properties and perform
atomistic simulations of complex materials from first principles. Very large systems, with an …

We use first-principle calculations to investigate the electronic structure of InSe and In2Se3.
The interlayer binding energy is found to be in the same range as for other 2D systems, and …

This paper intends a short review of the research work done on the structural and electronic
properties of layered Indium Selenide (InSe) and related III–VI semiconductors under high …

Decoupling electron and phonon transport is beneficial to improve the thermoelectric figure
of merit ZT. As a result of the structural anisotropy and compressibility, layered materials …

Equilibrium crystal structures, electron band dispersions, and bandgap values of layered
GaSe and InSe semiconductors, each being represented by four polytypes, are studied via …

We present a detailed study of the electronic structure of the layered semiconductor InSe.
We calculate the band structure of the monolayer and bulk material using density functional …

This paper reports on Hall effect and resistivity measurements under high pressure up to 3–
4 GPa in p-type γ-indium selenide (InSe)(doped with As, Cd, or Zn) and ε-gallium selenide …

ZnTe/CdSe core/shell nanocrystals with varying ZnTe core sizes and CdSe shell thickness
have been synthesized. The absorption onset and photoluminescence (PL) wavelengths …

Thin-layer indium selenide (InSe) compounds, as two-dimensional (2D) semiconductors,
have been widely and intensively studied due to their high electron mobility and …

We use dispersion-corrected density functional theory to determine the relative energies of
competing polytypes of bulk layered hexagonal post transition metal chalcogenides to …