Interaction of intense terahertz (THz) waves with graphene based modulation devices holds
great potential for the optoelectronic applications of the future. Here, we present a thin film …

Compared with silicon (Si), 2D-graphene is a promising candidate for broadband
photodetection. However, its flat surface and extremely low light absorption properties …

A heterogeneous bimetallic system (HBS), composed of two metallic thin films with
inherently different Fermi levels, is potentially usable for the fine tuning of interfacial charge …

Electrical detection of graphene plasmons is important for developing mid-infrared
photodetection and sensing applications based on graphene. Here, we theoretically …

In the majority of experiments targeting nonlinear optical phenomena, the application of high-
intensity pulses drives electrons in graphene into a strongly non-equilibrium state. Under …

The integration of graphene with the bulk semiconductor leads to the formation of van der
Waals heterojunction exhibiting distinctive electrical and optical properties which can …

We outline a comprehensive model for ultrafast optical pulse propagation along nonlinear
graphene-comprising integrated photonic waveguides. An electrodynamic graphene hot …

This paper presents different configurations of bilayer graphene (BLG)/mercury cadmium
telluride (Hg 1–x Cd x Te) based GBn detectors operating in the mid-and long-wave infrared …

A graphene–silicon Schottky junction (GSJ), which has potentials of large-scale
manufacturing and integration, can bring new opportunities to Schottky solar cells for …

We present a self-consistent multiphysics simulation framework for modelling graphene
optoelectronic response in the THz regime. Our model accounts for realistic graphene …