In this paper, we look at the quantum manage of entanglement among an atomic system and
its spontaneous emission thru structure light. We take into account a three-level medium as …

Using density-matrix theory, an analytical expression of the self-Kerr nonlinear coefficient of
a three-level lambda EIT medium for a weak probe light is derived. Influences of the …

We have introduced a Y-configuration model from the double-quantum-dot (QD) system to
study third-order Kerr nonlinearity based on the density-matrix method. Inhomogeneity in …

Second-order nonlinear susceptibility (SONS) in a ladder-plus-Y double quantum dot
structure was modeled and then studied numerically under the application of an electric …

This work discusses lasing without inversion in Y-scheme in a double quantum dot
nanostructure. This new type of lasing, which results from the quantum interference of …

We introduce a Y-configuration model for a double quantum dot (QD) system, which is
modeled for Kerr nonlinearity using the density matrix theory. Inhomogeneity in QDs is …

The present paper analyses the electromagnetically induced transparency (EIT) in the
spherical quantum dot with on-center hydrogenic impurity in a four level ladder …

In this letter, a novel atomic scheme is proposed to study the transient evolution of the atomic
response with applications to lasing with and without population inversion. We introduce an …

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The Fraunhofer diffraction pattern in a three-level quantum dot nanostructure is examined. A
probe light, a two-dimensional standing wave field, and a weak signal light are the three …