Microwave illusion, which can generate the scattering field of objects that don't exist to
deceive the detecting devices, is an important and advanced technology in modern science …

Hiding an isolated object in free space using a transmissive invisibility cloak has become a
significant research area, propelled by advancements in metamaterials and transformation …

EMI shielding reduces ambient electromagnetic (EM) radiation by reflecting and absorbing
EM waves. Rapid technological growth has increased electronic gadgets and EM radiations …

The emergent reconfigurable metasurfaces (RMs) have attracted a lot of attention due to
their potential in broad applications. As a general platform, RMs are able to control the …

Abstract Spatial Kramers-Kronig (KK) media offer a possible route to obtain omnidirectional
light absorption within a thin layer of material. However, the experimental realizations are …

The development of new advanced functionalities, miniaturization, and the aim of obtaining
optimized performance in electronic devices significantly impacts their electromagnetic …

A water-based switchable absorber/reflector (WSAR) based on toner-coated honeycomb is
proposed. The structure consists of a metasurface absorbing layer, a toner honeycomb …

In this paper, a polarization-insensitive high transmittance bandpass filter with low radar
cross section (RCS) in both S-and X-band is proposed. This is the first study to use the …

The article presents multifunctional composite absorbers of microwave and X-ray
electromagnetic radiation proposed and developed by authors. Compared with the analogs …

In this article, an innovative design for the substrate integrated waveguide (SIW) equalizer
operating in the Ka-band (millimeter waves) is proposed. This equalizer incorporates a …