Nouveau traitement de l'équation de Schrödinger pour le nouveau potentiel de Cornell modifié dans l'espace de phase non commutatif à deux dimensions
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Date
2019-07-01
Journal Title
Journal ISSN
Volume Title
Publisher
Université Mohamed BOUDIAF de M'Sila
Abstract
In this work, of master memory, in theoretical physics, (2018/2019), we have studied the
Schrödinger equation with new modified Cornell potential by the temperate and the relative distance
between quark and antiquark in noncommutative two dimensional spaces and phases by applying the
Bopp's shift method to first order in the noncommutative parameters (, ), instead of using the star
product method. The corrections of energy levels obtained by applying standard perturbation theory
for quarkonium systems, it has been observed that the obtained energy spectra was changed radically,
and replaced by degenerate new states, depending on the discrete quantum atomic number m , these
results produced from self-Zeeman effect
Description
Keywords
Star product, noncommutative space and phase, Cornell potential