Statistical properties of macroscopic laser fields after coherent interaction with an atomic vapour

We present a series of experiments measuring intensity fluctuations and correlations of laser beams after propagation through an atomic vapour at room temperature in situations where coherent effects play a major role. In particular, we investigate these properties in the condition of electromagneti...

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Published inJournal of optics. B, Quantum and semiclassical optics Vol. 6; no. 6; pp. S518 - S523
Main Authors Alzar, Carlos L Garrido, Cruz, Luciano S da, Aguirre Gómez, José G, Martinelli, Marcelo, Santos, Marcelo França, Felinto, Daniel, Valente, Paulo, Failache, Horacio, Lezama, Arturo, Nussenzveig, Paulo
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LanguageEnglish
Published IOP Publishing 01.06.2004
Institute of Physics
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Abstract We present a series of experiments measuring intensity fluctuations and correlations of laser beams after propagation through an atomic vapour at room temperature in situations where coherent effects play a major role. In particular, we investigate these properties in the condition of electromagnetically induced transparency (EIT) in three-level lambda systems and in degenerate two-level systems. In a similar way, we also study the Hanle-EIT effect and electromagnetically induced absorption (EIA) in degenerate two-level systems. These results show the great influence of coherent interaction with the atomic system over the noise properties of the macroscopic laser fields, and indicate new sensitive ways of probing an atomic sample.
AbstractList We present a series of experiments measuring intensity fluctuations and correlations of laser beams after propagation through an atomic vapour at room temperature in situations where coherent effects play a major role. In particular, we investigate these properties in the condition of electromagnetically induced transparency (EIT) in three-level lambda systems and in degenerate two-level systems. In a similar way, we also study the Hanle-EIT effect and electromagnetically induced absorption (EIA) in degenerate two-level systems. These results show the great influence of coherent interaction with the atomic system over the noise properties of the macroscopic laser fields, and indicate new sensitive ways of probing an atomic sample.
Author Alzar, Carlos L Garrido
Martinelli, Marcelo
Santos, Marcelo França
Cruz, Luciano S da
Aguirre Gómez, José G
Valente, Paulo
Lezama, Arturo
Felinto, Daniel
Failache, Horacio
Nussenzveig, Paulo
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  fullname: Failache, Horacio
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  fullname: Lezama, Arturo
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  fullname: Nussenzveig, Paulo
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Snippet We present a series of experiments measuring intensity fluctuations and correlations of laser beams after propagation through an atomic vapour at room...
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Physics
Title Statistical properties of macroscopic laser fields after coherent interaction with an atomic vapour
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