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- W2023362145 abstract "We report on detailed studies of the effect of resonant light pressure on the optical response of an atomic gas to a single monochromatic laser field. In this very elementary situation of laser spectroscopy, the redistribution of atomic velocities that is induced by spontaneous light pressure leads to a novel contribution to the optical dispersion curve of the medium. This light-pressure-induced dispersion phenomenon displays a pronounced nonlinear dependence on the laser intensity. Moreover, for a given intensity, its strength is closely related to the laser beam diameter. As most important feature, this light-pressure-induced dispersion displays an even symmetry with respect to the optical detuning from line center. As a result, the total Doppler-broadened dispersion curve of the gas can become asymmetric, and a significant shift of the dispersion line center can occur. In addition to a detailed theoretical description of the phenomenon, we report on its experimental investigation on the ensuremath{lambda}=555.6 nm $^{1}$${mathit{S}}_{0}$${mathrm{ensuremath{-}}}^{3}$${mathit{P}}_{1}$ transition in atomic ytterbium vapor with the use of frequency-modulation spectroscopy. The experimental findings are in good quantitative agreement with theoretical predictions." @default.
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- W2023362145 date "1990-09-01" @default.
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- W2023362145 title "Light-pressure-induced nonlinear dispersion of a laser field interacting with an atomic gas" @default.
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- W2023362145 doi "https://doi.org/10.1103/physreva.42.2890" @default.
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