In recent years, functional ceramic devices have become smaller, thinner, more refined, and
highly integrated, which makes it difficult to realize their rapid prototy** and low-cost …

Metamaterials, an artificial electromagnetic (EM) material, have exhibited unique
characteristics, enabling innovations in terahertz (THz) wavefront sha**, polarization …

In this study, a broadband metasurface absorber composed of an optimal combination of
copper tiles connected with four chip resistors is designed and experimentally verified. After …

This study presents a highly sensitive sensor designed for the detection of low refractive
index substances in the THz range. The sensor leverages a hybrid metasurface combined of …

A staircase-shaped quasi-fractal antenna is presented to meet the requirements of compact
electronics operating in UWB or E-UWB spectrum. A conventional broadband monopole …

Herein, a new scheme is proposed to achieve triple-band filtering sub-terahertz meta-device
by employing the strategy of conductive coupling to excite strong interaction between two …

This research presents a terahertz-based biosensor for high-precision salinity detection,
employing a synergistic integration of graphene, gold, and silver in a metasurface …

This investigation presents a novel terahertz-based biosensing platform for SARS-CoV-2
detection, utilizing a hybrid architecture comprising nanostructured TiO 2, black phosphorus …

This work proposes a novel design composed of graphene nanoribbons-based optofluidic
tweezers to manipulate and sort bio-particles with radii below 2.5 nm. The suggested …

Antennas that generate orbital angular momentum (OAM) have the potential to significantly
enhance the channel capacity of upcoming wireless systems. This is because different OAM …