Title : ( Evolution of entropy in different types of non-Markovian three-level systems: Single reservoir vs. two independent reservoirs )
Authors: Hakimeh Jaghouri , Mohsen Sarbishaei , Kurosh Javidan ,
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Abstract
Abstract. We solve the Nakajima–Zwanzig (NZ) non-Markovian master equation to study the dynamics of different types of three-level atomic systems interacting with bosonic Lorentzian reservoirs at zero temperature. Von Neumann entropy (S) is used to show the evolution of the degree of entanglement of the subsystems. The results presented are also compared with some recently published reports
Keywords
, Non, Markovian; qutrit; Lorentzian reservoir; Von Neumann entropy.
@article{paperid:1054202,
author = {Jaghouri, Hakimeh and Sarbishaei, Mohsen and Javidan, Kurosh},
title = {Evolution of entropy in different types of non-Markovian three-level systems: Single reservoir vs. two independent reservoirs},
journal = {Pramana - Journal of Physics},
year = {2016},
volume = {86},
number = {5},
month = {January},
issn = {0304-4289},
pages = {997--1008},
numpages = {11},
keywords = {Non-Markovian; qutrit; Lorentzian reservoir; Von Neumann entropy.},
}
%0 Journal Article
%T Evolution of entropy in different types of non-Markovian three-level systems: Single reservoir vs. two independent reservoirs
%A Jaghouri, Hakimeh
%A Sarbishaei, Mohsen
%A Javidan, Kurosh
%J Pramana - Journal of Physics
%@ 0304-4289
%D 2016
