A simple model that enables to calculate the effects of dipole and radiation-pressure forces on the spectroscopic determination of energy separations was developed. The resulting model provides the means for recovering the redshift as well as for explaining a blueshift of the Lamb dipole line center for a closed transition in a beam of 4He atoms.

Artoni M., Carusotto I., Minardi F. (2000). Light-force-induced fluorescence line-center shifts in high-precision optical spectroscopy: simple model and experiment. PHYSICAL REVIEW A, 62(2), 023402-1-023402-13.

Light-force-induced fluorescence line-center shifts in high-precision optical spectroscopy: simple model and experiment

Minardi F.
2000

Abstract

A simple model that enables to calculate the effects of dipole and radiation-pressure forces on the spectroscopic determination of energy separations was developed. The resulting model provides the means for recovering the redshift as well as for explaining a blueshift of the Lamb dipole line center for a closed transition in a beam of 4He atoms.
2000
Artoni M., Carusotto I., Minardi F. (2000). Light-force-induced fluorescence line-center shifts in high-precision optical spectroscopy: simple model and experiment. PHYSICAL REVIEW A, 62(2), 023402-1-023402-13.
Artoni M.; Carusotto I.; Minardi F.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/860472
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