Transistor concepts based on semiconductor nanowires promise high performance, lower
energy consumption and better integrability in various platforms in nanoscale dimensions …

Benefiting from the outstanding optical, thermal, electrical, and mechanical properties,
carbon nanotubes (CNTs) hold significant potential in the fields of materials, physics …

Kubo-Greenwood theory of the frequency-dependent conductivity in nanosystems lacks a
general treatment of nonunitarian system dynamics, ie, population decay and dephasing …

Judiciously designed two-dimensional THz metamaterials consisting of resonant metallic
structures embedded in a dielectric environment locally enhance the electromagnetic field of …

This study presents a detailed theoretical analysis of the effects of hydrostatic pressure,
temperature, impurity factors, and external electric fields on the optical properties of In x Ga 1 …

Herein, the THz mobility of charge carriers in low‐dimensional semiconductors based on a
density matrix approach involving master equations for population and polarization …

Charge transport nonlinearities in semiconductor quantum dots and nanorods are studied.
Using a density matrix formalism, we retrieve the field-dependent nonlinear mobility and …

We demonstrated that an incident terahertz peak field amplitude below 0.01 MV/cm can
trigger Zener tunneling in a semi-insulating GaAs. Moreover, a transmission decrease with …

We report the emission of high-field terahertz pulses from a GaAs large-area
photoconductive emitter pumped with a Ti: Sapphire amplifier laser system at 800 nm …

There is a need to get familiarized with a systematic and precise approach to study the
energy dispersion and ballistic conductance in a Ga 1-x Al x As quantum wire. We have …