Time-resolved two-dimensional spectroscopy of optically driven atomic sublevel coherences
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The American Physical Society
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Abstract
Coherences between atomic substates are driven by a resonant interaction with light and transferred between individual sublevel transitions. We present an experimental scheme, based on two-dimensional Fourier-transform spectroscopy, that allows direct observation of this coherence transfer.
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Dieter Suter, Harald Klepel and Jürgen Mlynek: Time-Resolved Twodimensional Spectroscopy of Optically Driven Atomic Sublevel Coherences. In: Phys. Rev. Lett. 67, pp 2001-2004 (1991).