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A light-induced nonequilibrium regime is introduced in the standard spin noise spectroscopy, in which the laser light plays the role of both the probe beam and a driving field. The effect of the induced coherences is experimentally and theoretically demonstrated to be a splitting in the spin noise spectrum, which originates from and allows for the measurement of light shifts experienced by the atomic levels.
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Delpy et al. (2023) studied this question.
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