A plasmonic induced transparency utilizing one circular and two rectangular gold rings in
silicon substrate covered by a monolayer graphene sheet is investigated numerically and …

Plasmonically induced transparency (PIT) is the classical counterpart of the
Electromagnetically induced transparency (EIT) as a quantum nonlinear phenomenon that is …

Classic optical systems with a similar response to electromagnetically induced transparency
(EIT) have received considerable attention. Plasmonically induced transparency (PIT) …

In this paper, a planar metallic nanostructure design, which supports two distinct Fano
resonances in its extinction crosssection spectrum under normally incident and linearly …

We propose a novel all-optical controllable switch using photonic crystal cavity. For doing
this work, the dipole induced transparency phenomenon realized through interaction of light …

In this paper, we have designed an all-optical controllable gas detector by doping 3-level Λ
type nanocrystals in the moving arms' mirror of Michelson interferometer and used …

We propose a new control structure for all-optical switching in multimode inference (MMI)-
based Mach–Zehnder interferometer (MZI) devices. This structure is composed of an MZI …

Slow light with electromagnetically induced transparency (EIT) in the core of optical fibre
containing three-level atoms is investigated. The guided modes are treated in the weakly …

High-birefringence fiber loop mirrors (Hi-Bi FLM) are interested in a variety of applications
such as temperature and strain sensors, but their serious limitation is their structure length …

The term “metamaterials” refers to engineered structures that interact with electromagnetic
fields in an unusual but controllable way that cannot be observed with natural materials …