Advanced lithographic techniques allow the fabrication of strongly confined semiconductor
nanostructures in which carriers travel without suffering from inelastic scattering even for …

Graphene nanoribbons show unique properties and have attracted a lot of attention in the
recent past. Intensive theoretical and experimental studies on such nanostructures at both …

By means of the microscopic transport description supplied by a semiclassical two-
dimensional Monte Carlo simulator, we provide an in depth explanation of the operation …

The continuous downsizing of MOSFET geometries is motivated by the need for higher
packing density and device speed together with low supply voltage operation for low-power …

A detailed study of GaN-based planar asymmetric nanodiodes, promising devices for the
fabrication of room temperature THz Gunn oscillators, is reported. By using Monte Carlo …

We analyse the influence of the surface charge on the operation of ballistic T-branch
junctions by means of a semi-classical 2D Monte Carlo simulator. We propose a new self …

The negative potential appearing at the central branch of T-branch junctions (TBJs) when
biasing left and right contacts in push-pull fashion has been found to appear under high …

In this paper, we demonstrate the simulation of a graphene-based three-terminal junction
using semi-classical drift–diffusion modeling. The DC and AC simulations are carried out …

Abstract Design optimization of the InAs self-switching diode (SSD) intended for direct zero-
bias THz detection is presented. The SSD, which consists of nanometer-sized channels in …

By means of the microscopic transport description supplied by a semiclassical 2D Monte
Carlo simulator, we provide an in depth explanation of the operation (based on electrostatic …