By virtue of the widely tunable band structure, dangling-bond-free surface, gate electrostatic
controllability, excellent flexibility, and high light transmittance, 2D layered materials have …

Field-effect transistors coupled to integrated antennas [terahertz field-effect transistors
(TeraFETs)] are photodetectors being actively developed for the terahertz (THz) frequency …

Terahertz (THz) wave is a kind of electromagnetic wave with unique physical properties.
Therefore, THz technology has a broad application prospect including fundamental science …

Graphene shows strong promise for the detection of terahertz (THz) radiation due to its high
carrier mobility, compatibility with on-chip waveguides and transistors, and small heat …

The effect of functionalization of graphene nanoplatelets (GNP) on the elimination of
surfactant during the preparation of nano-enhanced phase change material (NEPCM) for the …

The independent controls of phase and amplitude, known as complex-amplitude
modulation, play a crucial role for modulating the electromagnetic wavefronts. In this paper …

The increased demand for high‐speed (terabit‐per‐second) wireless data transmission has
driven the shift of the frequency carrier from ubiquitous radio frequency systems toward the 1 …

Graphene is a nonlinear material in the terahertz (THz) frequency range, with χ (3)∼ 10–9
m2/V2∼ 15 orders of magnitude higher than that of other materials used in the THz range …

The development of scalable techniques for large‐area growth of layered materials unlocks
technological opportunities for the implementation of devices and components suitable for …

We present a benchmarking protocol that combines the characterization of boron nitride
(BN) crystals and films with the evaluation of the electronic properties of graphene on these …