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Bulletin of the American Physical Society

Forward light scattering from a dense and cold microscopic 87Rb sample

Kasie Kemp, S.J. Roof, Havey, Igor M. Sokolov, D.V. Kupriyanov

Published Jun 4, 2014• 0 citations
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Forward Light Scattering in an Extended Sample of Cold Atoms

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We present results on the forward emitted light from a cold atomic sample of 87Rb. Specifically,we study single-photon superradiance which is characterized by a rapid decay faster than the single atom lifetime with the light preferentially emitted in the forward direction. Additionally, we report measurements on its counterpart, the cooperative Lamb shift. The results are interpreted using microscopic light scattering theory as well as techniques from classical optics. The comparison of the two analytical techniques provides a new perspective on what is meant by cooperative and collective scattering effects in cold atomic physics.

•Jan 1, 2016•0 citations
We present results on the forward emitted light from a cold atomic sample of 87Rb. Specifically,we study single-photon superradiance which is characterized by a rapid decay faster than the single atom lifetime with the light preferentially emitted in the forward direction. Additionally, we report measurements on its counterpart, the cooperative Lamb shift. The results are interpreted using microscopic light scattering theory as well as techniques from classical optics. The comparison of the two analytical techniques provides a new perspective on what is meant by cooperative and collective scattering effects in cold atomic physics.