Complex terahertz (THz) System-on-Chip (TSoC) circuits require ultra-wideband low-loss
low-dispersion interconnections between building-block components of various dimensions …

We present a versatile THz waveguide platform for frequencies between 0.1 THz and 1.5
THz, designed to exhibit vacuum-like dispersion and electric as well as magnetic field …

THz-bandwidth pulses are generated, transmitted along a gold-plated stainless steel
metallic slit waveguide, and detected with 1.5 THz bandwidth and 60 dB dynamic range. The …

The slot waveguide has attracted considerable attention because of its ability to confine and
guide electromagnetic energy at the subwavelength scale beyond the diffraction limit. We …

A guided-wave THz System-on-Chip THz System-on-Chip (TSoC) is emerging as an
attractive alternative to the routine free-space THz systems to reduce physical bulk …

Terahertz technology is rapidly growing for applications in various fields such as medical
sciences, remote sensing, material characterization, and security. This accelerated growth …

A near-field edge-coupled photoconductive free-space linear tapered slot antenna has been
constructed as a planar alternative to the standard photoconductive switch coupled to a …

Confining the electromagnetic field in sub wavelength volume is a widespread challenge in
any range of photonics. One of the specificities of the THz range is the relatively low losses …

Waveguides are desirable components for energy transmission throughout the
electromagnetic spectrum. This thesis experimentally examines a thick slot waveguide for …

Recent technological advances made possible the development of devices and integrated
circuits operating at frequencies greater than 100 GHz and telco operators, in order to face …