Considering the development of plasmon-induced transparency functional devices and the
research value of the atmospheric windows in many civilian and military applications, we …

In this paper, we examine the plasmon-induced transparency (PIT) effect in a parallel-plate
waveguide comprising two similar pyramidal-shaped grooves. One of the grooves is filled …

Designing metamaterial absorbers with tunable and broadband response with high
modulation depth is crucial for application in switches, polarization sensitive devices, and …

We study the plasmon-induced transparency (PIT) effect in the terahertz domain based on
bulk Dirac semimetal (BDS) metamaterials constructed from a cut-wire and a C-shaped …

We numerically and experimentally demonstrate an electromagnetically induced
transparency analogue (EIT-analogue) planar metamaterial. The proposed metamaterial …

A novel plasmonic structure is proposed to achieve plasmon-induced transparency (PIT),
which is composed of a stub resonator (SR) and a square ring resonator (SRR). The …

We propose a novel all-dielectric metamaterial (ADMM), to the best of our knowledge, with a
simple structure to achieve the analog of electromagnetically induced transparency (EIT) in …

In the actual work, we present the phenomenon of electromagnetically induced transparency
(EIT) and Fano resonances by one-dimensional microwave coaxial waveguides for the aim …

In this study, we investigate electromagnetically induced transparency (EIT) and Fano
resonances, focusing on the propagation of electromagnetic waves in a system of parallel …

A graphene plasmon waveguide composed of silicon grating substrate and a silica
separator is proposed to generate the slow-light effect. A bias voltage is applied to tune the …