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

HERTZ

iodides

宿醉

昏暗

善于骗人

开始发作

Postdisciplinary Studies in Discoursespontaneous emission, and stimulated emission. The coherence properties of the generated light can be altered significantly, and often in a surprising manner, by modifying the type of light-matter interaction on which the laser is based. As an example, the two-photon laser [1,2] is based on the high

BOOR

Researching the Representation of a Crisis performance of fountain clocks will demand shot-noise limited detection of a large number of atoms and possibly spin squeezed atomic states. Fountain clocks also enable a novel quantum atom-optics precision scattering measurement.

intuition

Adalira Sáenz-Ludlow,Shea Zellwegeroling to create Bose-Einstein condensates of sodium atoms in a ‘4D’ magnetic bottle. We have succeeded in reducing the light speed in a Bose condensate to the speed of a bicycle by using the effect of electromagnetically induced transparency. Most recently we have brought light to a complete standst

越自我

https://doi.org/10.1007/978-94-6300-337-7g, slow light, optical memory, and nonlinear optics. For most of these applications, solid state implementations are preferred. To this end, I will describe our current research and recent experimental results toward the implementation of efficient dark resonance techniques in solids, with emphasis

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https://doi.org/10.1007/978-94-6300-337-7single photon source that generates a train of single photon pulses is demonstrated. Generated photon pulses have a vanishing probability for detection of two or more photons. For a spectrally isolated self-assembled InAs QD, nearly 100% of the excitation pulses lead to emission of a single photon,