Terahertz time-domain spectroscopy (THz-TDS) is a powerful technique for material's
characterization and process control. It has been used for contact-free conductivity …

The terahertz range is generally defined as the portion of the electromagnetic spectrum that
lies between 100 GHz and 10 THz. It is situated above the microwave range, and below the …

Deflecting and changing the direction of propagation of electromagnetic waves are needed
in multiple applications, such as in lens–antenna systems, point-to-point communications …

Terahertz (THz) science and technology have greatly progressed over the past two decades
to a point where the THz region of the electromagnetic spectrum is now a mature research …

With its tremendous success in many machine learning and pattern recognition tasks, deep
learning, as one type of data-driven models, has also led to many breakthroughs in other …

Diffractive optical elements are well known for being not only flat but also lightweight, and
are characterised by low attenuation. In different spectral ranges, they provide better …

In order to harness the capabilities of terahertz waves, various metasurface-based functional
devices have been developed recently. However, due to the limited usage of systematic …

In this article, we theoretically study the optical properties of graphene metasurfaces
consisting of layered graphene ribbons and their potential applications as multifunctional …

The terahertz band has been historically hindered by the lack of efficient generators and
detectors, but a series of recent breakthroughs have helped to effectively close the “terahertz …

In this paper we perform an in-depth theoretical study of a sensing platform based on
epsilon-near-zero (ENZ) metamaterials. The structure proposed for sensing is a narrow …