Noncommutative Space Corrections on the Klein-Gordon and Dirac Oscillators Spectra

Physics – High Energy Physics – High Energy Physics - Theory

Scientific paper

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15 pages, 2 figures, improvements and changes are added, Final version published in IJMPA

Scientific paper

10.1142/S0217751X11054887

We consider the influence of a noncommutative space on the Klein-Gordon and the Dirac oscillators. The nonrelativistic limit is taken and the $\theta$-modified Hamiltonians are determined. The corrections of these Hamiltonians on the energy levels are evaluated in first-order perturbation theory. It is observed a total lifting of the degeneracy to the considered levels. Such effects are similar to the Zeeman splitting in a commutative space.

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