Nouveau traitement de l'équation de Schrödinger modifiée pour le potentiel Cornell généralisé en l’espace phase non commutatif à deux dimensions dans les symétries de la mécanique quantique non commutatif
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Date
2020-09
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UNIVERSITE MOHAMED BOUDIAF - M’SILA
Abstract
In this work, of master memory, in theoretical physics, (2019/2020), we have studied the
Schrödinger equation with generalized Cornell potential 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 atoms with one electron, 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 Zeeman
effect.
Description
Keywords
Star product, noncommutative space and phase, generalized Cornell potential. Paces number(s): 11.10.Nx, 32.30-r, 03.65-w.