The sixth generation (6 G) communication standard is expected to include support for very-
high data rates (over 100 Gbit/s) and device electronics will require processors with on-chip …

Recent years have seen the emergence of efficient, general-purpose terahertz photonic-
crystal waveguides etched from high-resistivity silicon. Systems founded upon this platform …

Terahertz technology is being accelerated by photonic crystal waveguides that are
implemented with an array of through-holes in an intrinsic silicon slab. Such waveguides …

To establish a successful future generation cellular communication system in the Terahertz
(THz) regime, there is a need to design high-directivity antennas, which will allow the signal …

In this paper, a novel metamaterial absorber-based sensor design in the S-band region is
proposed for the characterization of solid and liquid samples. Unlike typical microwave …

A significant investigation on the use of two probes in the transmission is presented in this
paper. As a transmission-line technique, those two probes separated with a variable …

Recent advancement in the fabrication and packaging technology has led to the micrometer
and nanometer-scale device modeling. This technological development and subsequent …

The time‐domain simultaneous signal and noise analysis of mm‐wave/THz devices (diode)
modelled as a transmission line is considered. For such devices, stochastic telegrapher's …

Using low‐voltage forward biased PIN diodes, an ultrathin switched states active frequency
selective surface based microwave absorber is designed. Using a semi‐analytical method …

In this paper, a probe‐fed rectangular microstrip patch antenna with metallic frequency
selective surface as superstrate has been analyzed and simulated at terahertz frequency. In …