Lossless intensity-dependent dispersion in coherently prepared multi-state atoms using EIT
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Author(s)
Greentree, AD
Richards, D
Vaccaro, JA
Durrant, AV
De Echaniz, SR
Segal, DM
Marangos, JP
Griffith University Author(s)
Year published
2003
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This work studies the lossless intensity-dependent dispersion in coherently prepared multi-state atoms using electromagnetically induced transparency (EIT). This study also describes the chain ? atoms, identifies realistic conditions for observing chain ? atoms, presents extended results where propagation effects are taken into account and explores the prospects for using such atoms in novel quantum devices.This work studies the lossless intensity-dependent dispersion in coherently prepared multi-state atoms using electromagnetically induced transparency (EIT). This study also describes the chain ? atoms, identifies realistic conditions for observing chain ? atoms, presents extended results where propagation effects are taken into account and explores the prospects for using such atoms in novel quantum devices.
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Conference Title
2003 European Quantum Electronics Conference, EQEC 2003
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Copyright Statement
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Subject
Lasers and quantum electronics