During the past decade electromagnetic metamaterials have realized many exotic
phenomena that are difficult or impossible using naturally occurring materials. It is their …

Planar metasurfaces and plasmonic resonators have shown great promise for sensing
applications across the electromagnetic domain ranging from the microwaves to the optical …

Metasurface absorbing material, which obtains near‐unity electromagnetic absorption
through subwavelength artificial structure, plays an important role in the area of stealth and …

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 …

In this study, an ultra-broadband dielectric-resonator-based absorber for microwave
absorption is numerically and experimentally investigated. The designed absorber is made …

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

We report on a method to fit time-trace data from a terahertz time-domain-spectroscopy
system enabling the extraction of physical parameters from a material or metamaterial. To …

In this study, a cylindrical-water-resonator-based absorber with an ultra-broad operating
band at microwave wavelengths is demonstrated theoretically and experimentally. By …

Standard optical lithography relying on clean room and microelectronic facilities is used to
fabricate a thin-flexible metamaterial absorber, designed to operate at submillimeter …

The refractive index is a basic parameter of materials which it is essential to know for the
manipulation of electromagnetic waves. However, there are no naturally occurring materials …