A novel four level atomic configuration is proposed for controlling the optical bistability and
transmission coefficient with application on all-optical switching. Two circularly polarized …

In a GaAs quantum well waveguide coupled by orthogonally polarized optical fields, the
influence of spin coherence on the optical bistability (OB) and multistability is investigated. It …

The noise-induced coherence created via the quantum interference of incoherent radiation
in atomic three-level systems of V and Λ types driven by a pair of weak laser pulses is shown …

A scheme for enhancement of Kerr nonlinearity with vanishing linear and nonlinear
absorption in a three-level ladder-configuration n-doped semiconductor quantum well is …

In this paper, phase control of optical bistability and multistability based biexciton coherence
is investigated in GaAs/Al x Ga l− x As semiconductor structure with 15 periods of 17.5 nm …

In this paper, we study the formation of optical bistability (OB) and optical multistability (OM)
in a degenerate four-level atomic system by an external magnetic field that is excited by a …

We analyze the dynamical behavior of all-optical switching and memory based on tunable
optical bistability in a three-level Λ-type atomic system driven by a probe field circulating in …

A novel scheme is proposed for controlling the optical bistability and multistability in an
atomic system. In an open ladder-type three-level atomic system, it is shown that, by …

In this article, we have proposed a unique approach to adjust optical bistability (OB) and
optical multistability (OM) in a ring cavity inclusive of a three-level quantum system primarily …

We study, theoretically, the phenomena optical bistability and multistability of a hybrid
quantum-plasmonic system immersed within an optical ring cavity. The hybrid quantum …