L’atome d’hydrogène sous L’action d’un multi-potentiel dans l’espace – temps non commutatif à deux dimensions
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Date
2014-06-18
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Université Mohamed BOUDIAF de M'Sila
Abstract
In this work of search we have studied, in master theoretical physics, option: of
particles physics at high energy, the effect of the non commutativity to the Schrödinger
equation with multi-potential in two dimensional spaces with Boopp’s shift method.
We applied perturbation theory to find modification of energy levels; we formed
the deformed Hamiltonian which described automatically the new Zeeman Effect,
including usual Zeeman.
Description
Keywords
Hydrogen atom, non commutative space, Schrödinger equation, Hamiltonian, magnetic field, Zeeman Effect, multi-potential