Electromagnetic wave absorbers have been investigated for many years with the aim of
achieving high absorbance and tunability of both the absorption wavelength and the …

Manipulation of terahertz radiation opens new opportunities that underpin application areas
in communication, security, material sensing, and characterization. Metasurfaces employed …

We demonstrate a classical analog of electromagnetically induced transparency (EIT) in a
highly flexible planar terahertz metamaterial (MM) comprised of three-gap split-ring …

In this Letter, we propose a symmetric metasurface composed of single-sized amorphous-
silicon (a-Si) cuboids tetramer clusters that support two resonances with opposite symmetry …

We report the simulation, fabrication, and experimental characterization of a multichannel
metamaterial absorber with the aim to be used as a label-free sensing platform in the …

We have designed, fabricated, and experimentally verified a highly sensitive plasmonic
sensing device in the terahertz frequency range. For a proof of concept of the sensing …

Electromagnetically induced transparency (EIT) arises from coupling between the bright and
dark mode resonances that typically involve subwavelength structures with broken …

In this paper, a novel flexible tunable metasurface absorber is proposed for large-scale
remote ethanol sensor applications. The proposed metasurface absorber consists of …

Perfect light absorbers have attracted much attention because of their potential applications
in solar cells, thermal imaging, material detection, bio-sensing, and others. However, it is …

A broadband metamaterial absorber with a single layer of tantalum nitride (Ta_2N_3)
frequency selective surface layer, printed on a foam substrate, is presented. The proposed …