Brain‐inspired neuromorphic computing is intended to provide effective emulation of the
functionality of the human brain via the integration of electronic components. Recent studies …

We report a synthesis of well dispersed Graphene Quantum Dot (GQD) nanocomposites in a
host cellulose acetate (CA) polymer system. It was systematically characterized using X-ray …

We perform an envelope-function based numerical analysis of the effect of a sequence of
randomly spaced potential barriers on the conductance and shot noise of an armchair …

An effective two-dimensional real-space model is developed to investigate the nature of
charge distribution in nanoribbons of transition metal dichalcogenides. Our description is …

The influence of aa rectangular potential barrier on the quantum transport of fermions in
silicene is explored. Specifically, analytical solutions are presented to derive transmission …

Abstract 2D materials have a thickness-dependent optical bandgap in the visible to near-
infrared wavelength range with carrier mobilities in the range of 1 to 1000 cm 2 Vs–1 …

Since the breakthrough of graphene, two-dimensional (2D) materials have attracted
immense research interest due to their unique electronic, optical, and mechanical …

This paper theoretically investigates the impact of rectangular barrier potential on the
quantum transport properties of silicene field-effect transistors. In particular, approximate …

Biological synapses play an important role in the neural system, with a variety of functions,
and operate with exceptionally low power consumption. Artificial synapses that can mimic …