This mini-review examines the most prominent features and usages of metamaterials, such
as metamaterial-based and metamaterial-inspired RF components used for biomedical …

Metasurfaces, promising technology exemplified by their precise manipulation of incident
wave properties and exquisite control over electromagnetic field propagation, offer …

The utilization of microwave radiation has gained increasing importance in various
biological applications. However, a significant challenge remains in the interaction between …

Microwave-induced thermoacoustic imaging (M-TAI) allows the visualization of macroscopic
and microscopic structures of bio-tissues. However, it suffers from severe inherent artifacts …

Machine learning models have found their applications in solving problems that can
traditionally handle ordinary or partial differential equations. The full-wave simulations solve …

In this paper, a novel H-slot resonator of size 30 mm× 20 mm× 1. 56 mm for fracture
detection, backed with a perfect electric conductor (PEC), designed at 2.54 GHz is …

To enhance the efficiency of wireless power transmission for the implanted medical system,
a human body surface conformal phase gradient metasurface (PGMS) has been designed in …

This work proposes the integration of a monopole antenna with a frequency selective
surface (FSS) with double square loop geometry, which operates in the ISM (2.4-2.4835 …

To improve the compatibility of the subway tunnel's electromagnetic environment and
reduce the radiation impact of trackside antennas on subway workers. This paper proposes …

This paper presents an upgraded version of a low-complexity microwave imaging (MWI)
system for brain stroke monitoring using an off-the-shelf solid-state switching matrix, named …