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The exact action of the Roentgen effect at an atomic level is investigatedwithin the context of vortex formation using two Laguerre Gaussian beams.Starting from a modified Gross-Pitaevskii equation in the dipole approximationthat takes into account the coupling of the atomic system to theelectromagnetic fields the Roentgen interaction term is introduced and viewedwithin the context of such a Raman transition. A rigorous investigation of thecorresponding Rabi frequency reveals that the Roentgen term acts at differentlevels compared to the (-d.E) term and thus would not cause any changes in afully quantum mechanical treatment.

Investigation of the role of the Roentgen interaction in angular momentum transfer within an electric Bose Einstein Condensate