Electromagnetically induced transparency (EIT) stems from a quantum system, where an
opaque atomic medium appears the narrow transparent state within a wide absorption area …

Electromagnetically induced transparency (EIT) originates from quantum physics, where a
narrow transparent peak appears in the opaque band due to the destructive interference …

The emergence of planar metamaterials (PrMMs) has opened a gateway to unprecedented
electromagnetic (EM) properties and functionality unattainable from naturally occurring …

Optical logic devices are the fundamental building blocks for optical computing. In this
paper, a compact optical logic device based on plasmonic waveguides is designed and …

A dynamically tunable electromagnetically induced transparency (EIT) system consisting of
two coupled micro-ring resonators, one of which is embedded with a graphene layer, is …

Incorporating auxiliary all-optical modulation speeds as optional response modes into a
single metamaterial is a promising research route towards advanced terahertz (THz) …

A surface plasmon resonance (SPR) waveguide sensor with a thin InSb layer adopted for
the sensing section is proposed in the terahertz region. First, the eigenmode analysis is …

A tunable plasmonic filter waveguide with indium antimonide activated by graphene layer
configuration is proposed and numerically investigated. We demonstrate that the proposed …

In this paper, a novel compact plasmonic system is introduced to realize the phenomenon of
plasmon-induced transparency. The proposed device consists of a triangle defect coupled …

In this paper, a novel semiconductor metamaterial design based on electronically induced
reflection is proposed, and its thermo-optic applications at the terahertz frequency are …