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• W2025288536 endingPage "1257" @default.
• W2025288536 startingPage "1236" @default.
• W2025288536 abstract "A theory of saturation spectroscopy is developed which accounts for effects of level degeneracy. The theory can be applied to those situations in which a pump laser field of arbitrary strength and polarization acts between two manifolds of degenerate or nearly degenerate atomic levels, while a probe laser field of arbitrary strength and polarization acts between a coupled manifold of levels. As such, this theory of three-level systems could, in principle, include effects arising from level degeneracy, optical pumping, atomic motion, transient laser fields, different polarizations and strengths for pump and probe fields, and atomic transit across the laser fields. The present calculation, however, is limited to a study of optical pumping and field polarization effects for pump fields of arbitrary strength and weak probe fields interacting with a single velocity subclass of atoms. Probe absorption line shapes clearly display the effects of pump-field strength (Rabi splittings), pump-field polarization (positions and number of Rabi-split resonance peaks), pump-field detuning (positions of resonance peaks), and optical pumping (relative strengths of the resonance peaks). The calculation is carried out with the use of an irreducible tensor basis for the atomic density matrix although a standard ($m$-basis) calculation is included in an appendix." @default.
• W2025288536 created "2016-06-24" @default.
• W2025288536 creator A5042570416 @default.
• W2025288536 creator A5059605086 @default.
• W2025288536 date "1984-03-01" @default.
• W2025288536 modified "2023-09-23" @default.
• W2025288536 title "Theory of saturation spectroscopy including effects of level degeneracy" @default.
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• W2025288536 doi "https://doi.org/10.1103/physreva.29.1236" @default.
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