To have uninterrupted wireless connectivity, higher throughput, and latency rate down to
nanoseconds; future networks will rely heavily on higher frequency bands, yet these signals …

Motivated by the imperative demand for design integration and miniaturization within the
terahertz (THz) spectrum, this study presents an innovative solution to the challenges …

Metasurface absorber-based terahertz biosensors are one of the emerging fields for sensing
devices because of their quick response to changes in the background refractive index …

We present the design and analysis of a graphene metasurface-based cross polarization
converter operating within the terahertz gap for detecting biomolecules over a broad spectral …

In this paper, we introduce a novel graphene nanoribbon bandpass filter designed using the
Wilkinson power divider structure for single-mode operation. Through the three-dimensional …

We presented the numerical investigation of the multilayered structure formed with Tungsten-
MgF2-SiO2-MXene-Au. This study presents several solar absorber materials that exploit …

Reconfigurable frequency-selective rasorbers (FSRs) with in-band shielding capabilities
have attracted extensive research interest over recent decades. However, the development …

To improve the flexibility and integration of conventional metamaterials, active
multifunctional metamaterials (AMMs) have been intensively investigated in recent years. In …

A reconfigurable design of frequency selective surface (FSS) using nematic liquid crystal
(LC) materials is reported. The proposed LC-FSS resonates at Ka-band frequencies to …

An equivalent circuit model (ECM) to analyze a single-layered graphene multi-band
metamaterial absorber was developed. This absorber consists of concentric square patch …