Over the past decade, breakthroughs in the generation and control of ultrafast high-field
terahertz (THz) radiation have led to new spectroscopic methodologies for the study of light …

The remarkable emergence of all‐dielectric meta‐photonics governed by the physics of high‐
index dielectric materials offers a low‐loss platform for efficient manipulation and …

In the past decade, the concept of metasurfaces has gradually dominated the field of
metamaterials owing to their fascinating optical properties and simple planar geometries. At …

In this paper, we will review both past and recent progresses in the generation, detection
and application of intense terahertz (THz) radiation. We will restrict the review to laser based …

Dynamically controlling terahertz (THz) waves with an ultracompact device is highly desired,
but previously realized tunable devices are bulky in size and/or exhibit limited light-tuning …

We develop a density-matrix formalism in the length gauge to calculate the nonlinear
response of intrinsic monolayer graphene at terahertz frequencies. Employing a tight …

Structured plasmonic metamaterials offer a new way to design functionalized optical and
electrical components, since they can be size-scaled for operation across the whole …

Fano resonances in metasurfaces are important due to their low loss subradiant behavior
that allows excitation of high‐quality (Q) factor resonances extending from the microwave to …

Conventional dielectric metasurfaces achieve their properties through geometrical tuning
and consequently are static. Although some unique properties are demonstrated, the …

A generalized treatment of skew-cosh-Gaussian lasers with skewness parameters n and s is
provided for obtaining bifocal terahertz radiation in a realistic plasma having electron-neutral …