Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method

The current research presented the value of the lowest state energy for (GaMn)As/GaAs Quantum Well by using the Schrodinger equation and the localization landscape method, and a comparison between the quantum confinement potential and the wavefunction localization of both the landscape method and t...

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Main Authors: Mubarak H. Oglah, Sabri J. Mohammed, Moustafa S. El-Daher
Format: Article
Language:English
Published: Tikrit University 2020-12-01
Series:Tikrit Journal of Pure Science
Subjects:
Online Access:https://tjpsj.org/index.php/tjps/article/view/318
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author Mubarak H. Oglah
Sabri J. Mohammed
Moustafa S. El-Daher
author_facet Mubarak H. Oglah
Sabri J. Mohammed
Moustafa S. El-Daher
author_sort Mubarak H. Oglah
collection DOAJ
description The current research presented the value of the lowest state energy for (GaMn)As/GaAs Quantum Well by using the Schrodinger equation and the localization landscape method, and a comparison between the quantum confinement potential and the wavefunction localization of both the landscape method and the Schrödinger method, a great match was found between the two methods, where the Landscape method 0.1% greater than Schrodinger method. From the Hamiltonian function analysis, it was found that the quantum eigenvalues in the discrete wells interact only when the corresponding eigenvalues are close to each other. Localization appears clearly in the sub-regions of quantum well, so, we prove damping in quantum wells, especially near the boundaries of the well. The effective quantum potential W was determined.
format Article
id doaj-art-81720e14d6b64d18936bcc9ae3669360
institution Kabale University
issn 1813-1662
2415-1726
language English
publishDate 2020-12-01
publisher Tikrit University
record_format Article
series Tikrit Journal of Pure Science
spelling doaj-art-81720e14d6b64d18936bcc9ae36693602025-08-20T03:49:55ZengTikrit UniversityTikrit Journal of Pure Science1813-16622415-17262020-12-0125610.25130/tjps.v25i6.318Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape MethodMubarak H. OglahSabri J. MohammedMoustafa S. El-Daher The current research presented the value of the lowest state energy for (GaMn)As/GaAs Quantum Well by using the Schrodinger equation and the localization landscape method, and a comparison between the quantum confinement potential and the wavefunction localization of both the landscape method and the Schrödinger method, a great match was found between the two methods, where the Landscape method 0.1% greater than Schrodinger method. From the Hamiltonian function analysis, it was found that the quantum eigenvalues in the discrete wells interact only when the corresponding eigenvalues are close to each other. Localization appears clearly in the sub-regions of quantum well, so, we prove damping in quantum wells, especially near the boundaries of the well. The effective quantum potential W was determined. https://tjpsj.org/index.php/tjps/article/view/318LandscapeLocalizationSchrodinger equationGround state energyquantum well
spellingShingle Mubarak H. Oglah
Sabri J. Mohammed
Moustafa S. El-Daher
Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method
Tikrit Journal of Pure Science
Landscape
Localization
Schrodinger equation
Ground state energy
quantum well
title Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method
title_full Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method
title_fullStr Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method
title_full_unstemmed Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method
title_short Determine the Lower-State Energy of (GaMn)As/GaAs Quantum Well using Localization Landscape Method
title_sort determine the lower state energy of gamn as gaas quantum well using localization landscape method
topic Landscape
Localization
Schrodinger equation
Ground state energy
quantum well
url https://tjpsj.org/index.php/tjps/article/view/318
work_keys_str_mv AT mubarakhoglah determinethelowerstateenergyofgamnasgaasquantumwellusinglocalizationlandscapemethod
AT sabrijmohammed determinethelowerstateenergyofgamnasgaasquantumwellusinglocalizationlandscapemethod
AT moustafaseldaher determinethelowerstateenergyofgamnasgaasquantumwellusinglocalizationlandscapemethod