Plasma physics is a very mature field, studied extensively for well over a century. The cross-
disciplinary field of plasmonics (electromagnetics of metallic nanostructures), on the other …

The terahertz (THz) regime of the electromagnetic spectrum is rich with the emerging
possibilities in imaging applications with unique characteristics to screening for weapons …

Metamaterial induced transparency is demonstrated using individual split ring resonators
with two gaps on opposite side. For the symmetric structure, only a low quality dipolar …

A terahertz multifunction modulator composed of upper-layer double graphene ribbons and
lower-layer a graphene strip, which can generate a Fano resonance produced by hybrid …

The phenomenon of electromagnetically induced transparency (EIT) is demonstrated in a
surface plasmon polariton waveguide at infrared frequencies. The comb line slot and …

We investigate the response of a terahertz metamaterial depending on the unit cell density.
The fundamental inductive capacitive (LC) resonance has its highest quality (Q) factor for a …

We present a double-ring-chain metamaterial that enables efficient polarization conversion
of terahertz waves. The experimental results and numerical simulations reveal that the linear …

Graphene is enabling a plethora of applications in a wide range of fields due to its unique
electrical, mechanical, and optical properties. Among them, graphene-based plasmonic …

Several linear polarized photoconductive terahertz antennas are reported and compared. A
bowtie-shaped antenna, which is a variation on the standard photoconductive dipole …

We investigate the effect of tweaking the quality (Q) factor of split ring resonators in a
coupled state, giving rise to plasmonic induced transparency (PIT) which has two distinct …