Titlebook: Coherence and Quantum Optics VIII; Proceedings of the E N. P. Bigelow,J. H. Eberly,I. A. Walmsley Conference proceedings 2003 Springer Scie

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Adalira Sáenz-Ludlow,Shea Zellwegere to the speed of a bicycle by using the effect of electromagnetically induced transparency. Most recently we have brought light to a complete standstill. The results have implications for quantum information processing, for probing and manipulation of Bose-Einstein condensates, and for nonlinear optics.

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https://doi.org/10.1007/978-3-319-31370-2k will discuss examples from both areas. The study of quantized vortices and superfiuidity illustrate the condensed matter physics aspect, and the study of coherence and matter-wave amplification are examples for the area of atom optics.

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All optical formation of a Bose Einstein condensate,vely cooling through the BEC transition is achieved by lowering the power in the trapping beams over ∼2 s. The resulting condensates are F=l spinors with 3.5 × 10. atoms distributed between the m. =(−1,0,1) states.

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Faster-than-light propagations and their applications,lse leaves the exit port of a circuit . the peak of the input pulse enters the input port. In condensed matter physics, negative transmission times of atoms are possible through superfluid helium slabs and through atomic BECs. Relativity is not violated by these phenomena.

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