This paper presents a novel approach to design compact wearable antennas based on
metasurfaces. The behavior of compact metasurfaces is modeled with a composite right-left …

A microstrip‐fed compact multi‐band slot antenna using a single split‐ring resonator (SRR)
is proposed. The SRR acting as a loading element introduces multiple lower‐order …

A hybrid dual-frequency polarized reconfigurable terahertz antenna is designed and
studied. Graphene and TOPAS are employed as the polarization conversion metasurface …

In this letter, novel designs of a triple-band linearly polarized patch antenna as well as a
dual-band dually polarized patch antenna are proposed. A square slot is etched out along …

This paper presents the design and simulation of two distinct reflection-mode graphene
cross-polarization converters (CPCs), which operate in the THz region. The first is a tri-band …

In this study, the authors have designed and proposed a monolayer graphene‐based
metasurface, performing as a broadband polarisation converter over a wide angle of …

We proposed an all-metal metamaterial slow-wave structure (MSWS) that consists of a
circular waveguide periodically loaded with complementary electric split-ring resonators …

In this paper, novel designs of miniaturized and multiband circularly polarized (CP) cavity-
backed crossed dipole antennas are proposed. Single-band and dual-band LC resonators …

In this letter, a novel dual-band circularly polarized cavity-backed crossed-dipole antenna is
proposed. Complementary split-ring resonators (CSRRs) are loaded along both the arms of …

A technique to reduce the size and enhance the operating bandwidth (BW) of planar Yagi
antennas, while maintaining their unidirectional radiation characteristics, is proposed in this …