This article reviews the latest developments of beam steering antennas that are entirely
passive to realize interference-free, power-efficient, and highly secured end-to-end wireless …

In this study, we investigate the feasibility of designing reconfigurable transmitting
metasurfaces through the use of Drude-like scatterers with purely electric response …

This article is focused on the application of plasma technology for the development of
microwave lens antennas with electronically controllable radiation gain. With this aim, the …

A theoretical model is proposed to preliminary assess the performance of plasma-based
reflecting and transmitting surfaces. The model has been verified and, subsequently …

This work focuses on a numerical suite targeted at cathodeless plasma thrusters. A Global
Model is used for preliminary estimation of the propulsive performance. In the plasma …

This study analyses, for the first time, the use of reflective surfaces based on magnetized
plasmas for polarization conversion. The feasibility of this concept has been assessed via a …

Gaseous Plasma Antennas are devices in which an ionized gas (ie, plasma) is exploited to
transmit and receive Electromagnetic waves. Their main advantage over metallic systems is …

The design of a reflective surface operated in the GHz range is proposed to enable beam-
steering and polarization conversion simultaneously. The concept presented in this work …

This paper aims to comprehensively review the literature on Gaseous Plasma Antennas
(GPAs). These innovative devices transmit electromagnetic (EM) signals through ionized …

Plasma-based intelligent reflecting surfaces (IRSs) have been recently proposed to
reconfigure the radiation environment between transmitting and receiving antennas. Plasma …