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Relativistic Effects for a Hydrogen Rydberg Atom in a High-Frequency Laser Field: Analytical Results
Previously published analytical results for the effects of a high-frequency laser field on hydrogen Rydberg atoms demonstrated that the unperturbed elliptical orbit of the Rydberg electron, generally is engaged simultaneously in the precession of the orbital plane about the direction of the laser field and in the precession within the orbital plane. These results were obtained while disregarding relativistic effects. In the present paper, we analyze the relativistic effect for hydrogenicdoi:10.3390/foundations2010005 fatcat:n224y5jecvcu5jgosehus6mrdi