A compact Fano resonance temperature sensor is proposed in this paper. The sensor
consists of two metal-insulator-metal (MIM) waveguides and a side-coupled …

In this paper, a nematic liquid crystal (NLC)-based tunable terahertz (THz) plasmonic
metamaterials (MMs) with large modulation depth (MD) and low insertion loss (IL) is …

We report a novel guided-wave resonator that supports multiple bands of
electromagnetically induced transparency (EIT). The platform for the spatial and spectral …

Although Polarization Modulation offers a high spectral efficiency, it has been not exploited
much in modern communication systems because of the involvement of high switching …

We propose a perfectly reflecting acoustic metasurface which is designed by replacing the
curved segments of the traditional Fresnel reflector by flat Fano-resonant sub-wavelength …

Fano resonances that feature strong field enhancement in the narrowband range have
motivated extensive studies of light–matter interactions in plasmonic nanomaterials. Optical …

Linear tunability has important applications since it can be realized by using linear control
voltage and can be used conveniently without requiring nonlinear scale. In this paper, a kind …

A metal-insulator-metal (MIM) waveguide structure consists of semi-elliptical ring resonator
(SERR) and a baffle was proposed and numerically investigated by using the finite element …

We demonstrate significant optical activity in the near-infrared spectrum of a chiral
metasurface which is designed using an array of L-shaped silver nanostructures. The far …

Electromagnetically induced absorption (EIA) is a quantum phenomenon which occurs
when detuned resonant laser fields interfere via atomic transition pathways. The …