Asymptotic Iteration Method in Single and Multilayered Quantum Dots

The asymptotic iteration method (AIM) has been applied to calculate the ground state and binding energy of an impurity located at the center of a single and multilayered spherical quantum dot.Regarding the single quantum dot (QD) the results obtained for the ground state energy and for the first app...

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Main Author: Heba Sabry Fahim
Format: Article
Language:English
Published: Ain Shams University, Faculty of Women for Arts, Science & Education 2022-12-01
Series:Journal of Scientific Research in Science
Subjects:
Online Access:https://jsrs.journals.ekb.eg/article_275765.html
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author Heba Sabry Fahim
author_facet Heba Sabry Fahim
author_sort Heba Sabry Fahim
collection DOAJ
description The asymptotic iteration method (AIM) has been applied to calculate the ground state and binding energy of an impurity located at the center of a single and multilayered spherical quantum dot.Regarding the single quantum dot (QD) the results obtained for the ground state energy and for the first approximation of the binding energy agree entirely with the results of the ordinary perturbation technique obtained in earlier treatments. Besides, the second approximation of the binding energy differs by about 16.5 % in both treatments which is quite reasonable. The results obtained in the case of multilayered spherical quantum dot (MSQD) showed a reasonable quantitative agreement with the results obtained in an earlier treatment by applying an entire numerical technique. They are also distinguished by exhibiting a peak similar to the results obtained before by applying the variational method in analogous problems.
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spelling doaj.art-541275b9897447dab532bf76146a478c2023-08-21T14:26:55ZengAin Shams University, Faculty of Women for Arts, Science & EducationJournal of Scientific Research in Science2356-83642356-83722022-12-0139111710.21608/jsrs.2022.275765Asymptotic Iteration Method in Single and Multilayered Quantum DotsHeba Sabry Fahim0Mathematics Department, Faculty of Women for Arts, Science and Education, Ain Shams University, Egypt. The asymptotic iteration method (AIM) has been applied to calculate the ground state and binding energy of an impurity located at the center of a single and multilayered spherical quantum dot.Regarding the single quantum dot (QD) the results obtained for the ground state energy and for the first approximation of the binding energy agree entirely with the results of the ordinary perturbation technique obtained in earlier treatments. Besides, the second approximation of the binding energy differs by about 16.5 % in both treatments which is quite reasonable. The results obtained in the case of multilayered spherical quantum dot (MSQD) showed a reasonable quantitative agreement with the results obtained in an earlier treatment by applying an entire numerical technique. They are also distinguished by exhibiting a peak similar to the results obtained before by applying the variational method in analogous problems. https://jsrs.journals.ekb.eg/article_275765.htmlasymptonic iteration methodsingle and multilayered quantum dotsprabolic confining potentialcentral impurity
spellingShingle Heba Sabry Fahim
Asymptotic Iteration Method in Single and Multilayered Quantum Dots
Journal of Scientific Research in Science
asymptonic iteration method
single and multilayered quantum dots
prabolic confining potential
central impurity
title Asymptotic Iteration Method in Single and Multilayered Quantum Dots
title_full Asymptotic Iteration Method in Single and Multilayered Quantum Dots
title_fullStr Asymptotic Iteration Method in Single and Multilayered Quantum Dots
title_full_unstemmed Asymptotic Iteration Method in Single and Multilayered Quantum Dots
title_short Asymptotic Iteration Method in Single and Multilayered Quantum Dots
title_sort asymptotic iteration method in single and multilayered quantum dots
topic asymptonic iteration method
single and multilayered quantum dots
prabolic confining potential
central impurity
url https://jsrs.journals.ekb.eg/article_275765.html
work_keys_str_mv AT hebasabryfahim asymptoticiterationmethodinsingleandmultilayeredquantumdots