Transit effects in saturated absorption resonances

Baklanov, E. V.; Dubetskiĭ, B Ya

doi:10.1070/qe1988v018n07abeh012309

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“…In addition to atomic collisions and saturation effects that are present in standard spectroscopic cells, atomic confinement introduces and additional broadening mechanism since it limits an effective atom-light interaction time. Transit time effects in SA were studied both theoretically [20,21] and experimentally [22][23][24][25]. A crude estimation of the transit time τ would be v/L, where v is the mean atomic velocity.…”

Section: Transit Timementioning

confidence: 99%

Sub-Doppler resonances in the back-scattered light from random porous media infused with Rb vapor

Villalba,

Laliotis,

Lenci

et al. 2013

Preprint

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We report on the observation of sub-Doppler resonances on the back-scattered light from a random porous glass medium with rubidium vapor filling its interstices. The sub-Doppler spectral lines are the consequence of saturated absorption where the incident laser beam saturates the atomic medium and the back-scattered light probes it. Some specificities of the observed spectra reflect the transient atomic evolution under confinement inside the pores. Simplicity, robustness and potential miniaturization are appealing features of this system as a spectroscopic reference.

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