We use electromagnetically induced transparency (EIT) to generate optical switching of the
probe laser field according to the pulse modulation of the coupling laser field in a three-level …

We discuss the optical bistability and multistability properties of incident light on a
unidirectional ring cavity consisting of a hybrid semiconductor quantum dot-metal …

All-optical switching in a V-type three-level atomic medium is studied and controlled by
spontaneously generated coherence (SGC), relative phase of applied fields and incoherent …

We propose a model for optical switching in a closed-loop three-level lambda atomic system
excited by two optical fields, coupling and probe lights, and by a microwave-driven field. A …

Optical bistability (OB) and optical multistability (OM) as well as optical soliton and all-optical
switching have been successfully established in a lambda+ cascade-type five-level atomic …

We proposed a model for all-optical switching in a medium consisting of four-level vee-
cascade atomic systems excited by coupling, probe, and signal fields. It is shown that, by …

The advent of electromagnetically induced transparency (EIT) offered a new coherent
material with exotic and controllable optical properties. Although, studies on single-EIT are …

In this work, a multiple electromagnetically induced grating is realized based on multiple
electromagnetically induced transparency in the^ 85 R b five-level atomic medium. We …

In this paper, we propose an analytical model to study the effect of Doppler broadening on
self-Kerr nonlinearity in a five-level ladder-type atomic system. First-and third-order …

Controllable all-optical switching by relative phase and spontaneously generated coherence
in a three-level Λ-type atomic system is our aim in this study. We have generated a near …