Terahertz (THz) systems open up the possibility of new applications of electromagnetic
waves. Enormous bandwidths up to several terahertz enable the development of powerful …

Wireless backscattering has been deemed suitable for various emerging energy-
constrained applications given its low-power architectures. Although existing backscatter …

The spectrum above 100 GHz has the potential to enable accurate 3D wireless localization
due to the large swath of available spectrum. Yet, existing wide-band localization systems …

The ability to assess the quality of fruit and vegetables at scale can revolutionize the
agriculture sector and significantly reduce food waste. In this paper, we present AgriTera, a …

The use of frequencies above 100 GHz has received increasing attention due to the large
amount of available bandwidth. Given the high chance of signal blockage, reflected paths …

Wireless communication at terahertz (THz) frequencies is viewed as one of the potentials for
future 6G wireless systems. However, the path of secure data transmission by THz links is …

Backscattering is a promising power-efficient communication technique providing
sustainable wireless links with a low carbon footprint. This approach is a critical enabler for …

Free-space transmission of terahertz waves open great opportunities for wireless
communication and sensing in the Beyond 5G/6G paradigm. Nevertheless, terahertz …

Demands for high-speed wireless connectivity are pushing the boundaries of Wireless Local
Area Networks (WLANs), prompting a transition towards Terahertz (THz) technology for 6G …

One of the key distinctions between legacy low-frequency wireless systems and future THz
wireless transmissions is that THz links will require high directionality, to overcome the large …