Metamaterial has received great interest during the last ten years in distinct field, owing of its
key characteristics such as enhancement in bandwidth, radiated power, directivity and …

Plasmonic catalysis, whereby either an optically resonating metal couples to a catalytic
material or a catalytic metal particle achieves optical resonance, has been a mainstay of …

Perfect metamaterial absorber (PMA) is an attractive optical wavelength absorber with
potential solar energy and photovoltaic applications. Perfect metamaterials used as solar …

Metamaterials are a type of groundbreaking engineered materials with unique properties not
found in natural substances. Lattice metamaterials, which have a periodic lattice cell …

Metastructures and phononic crystals could have several unique physical properties, such
as effective negative parameters, tunable band gaps, negative refraction, and so on, which …

Electromagnetically induced transparency (EIT) originating from quantum physics can lead
to a very narrow-band transparent window, which is sensitive to minor environmental …

Coupled resonant cavities can enable strong photon energy confinement to facilitate the
miniaturization of functional photonic devices for applications in designs of sensors …

We present a novel and effective approach for designing and analyzing graphene
metasurface-based terahertz absorbers with the desired central frequency and fractional …

A compact rectangular patch with dual‐ring SRR (split‐ring resonator) is presented in this
article. An antenna is designed on FR4 substrate with an overall footprint size of 26 mm× 30 …

The advent of additive manufacturing has benefited the fabrication of mechanical
metamaterials as these often make use of complex geometries for demanding applications …