The progressive stacking of chalcogenide single layers gives rise to two-dimensional
semiconducting materials with tunable properties that can be exploited for new field-effect …

Electron scattering mechanisms in n-type indium selenide are investigated by means of the
temperature dependence (4-500 K) of Hall mobility and the magnetic field dependence of …

Abstract Two-dimensional (2D) semiconductors have grown fast into an extraordinary
research field due to their unique physical properties compared to other semiconducting …

Few-layer InSe draws tremendous research interests owing to the superior electronic and
optical properties. It exhibits a high carrier mobility up to more than 1000 cm 2/Vs at room …

During the last decade, III–VI layered semiconductors (GaSe, InSe, GaS, etc.) have emerged
as potential candidates for various applications, such as FET and optoelectronic devices …

We investigate the effect of non-analytical corrections on the phonon thermal transport
properties in two-dimensional indium chalcogenide compounds. The longitudinal optical …

Metal chalcogenide-based photodetectors have been studied extensively in recent years.
However, the dark current, detective spectral ranges, responsivities, and response time are …

Monolayer indium selenide (InSe) possesses numerous fascinating properties, such as high
electron mobility, quantum Hall effect and anomalous optical response. However, its phonon …

Metal chalcogenide indium selenide (In2Se3) is attracting increasing research interest for
photodetector applications due to its excellent photoresponse and superior stability under …

Single-phonon modes offer potential applications in quantum phonon optics, but the phonon
density of states of most materials consist of mixed contributions from coupled phonons …