In recent years, electromagnetic characteristics of metamaterials has aroused great interest
because of innovative fundamental understanding as well as promising potential …

Strong interaction between terahertz (THz) and matter is a topic of paramount importance,
considering continuously enhanced interest in THz photonics as well as condensed matter …

An ultrasensitive specific sensor based on all-dielectric metasurfaces in the terahertz range
was proposed. The designed metasurfaces consist of multi pairs of tilted silicon bars on a …

We experimentally demonstrate magnetic wire in a coupled, cut-wire pair-based
metasurface operating at the terahertz frequencies. A dominant transverse magnetic dipole …

We explore an inherent connection between two fundamental concepts of physics–
resonance (eigen mode) hybridization and lattice effect in sub-wavelength periodic …

We propose a graphene based metasurface exhibiting dynamic slow light behavior via
electromagnetically induced transparency (EIT) effect in the terahertz regime. The unit cell of …

Surface plasmons, the resonant oscillations of conducting electrons at the interface of
negative and positive permittivity materials, pave the way for enhanced electromagnetic …

Most electromagnetic phenomena pertaining to metamaterials are observed at the
resonance positions. In this review, we have collated and analyze the most prevalent forms …

Magnetotransport, the magnetic field induced electron transport phenomenon through
metals and semiconductors, has proven to be a useful technique to tailor the properties of …

We theoretically demonstrate stacked-dipole-resonators–based (broadside near-field
coupling configuration) multilayer metasurfaces separated by a vanadium dioxide film to …