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

邪惡的你

Quantum aspects of imaging,multimode squeezing and spatial entanglement, and describe some optical devices that are able to generate light beams with these features; then some interesting approaches that are presently pursued in this field will be illustrated.

Badger

,Taming light with cold atoms: light at bicycle speed.… and slower yet!,e 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.

人類

Coherence and collective behavior in Bose-Einstein condensates,k 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.

成績上升

易碎

limber

,Early History of Bell’s Theorem,hy and on the true meaning of quantum mechanics, it also has stimulated important and practical new research in quantum optics. In 1972 at the CQ03 Rochester conference, in response to a number of disturbing issues and challenges then raised by Ed Jaynes concerning the foundations of quantum electro

covert

,Cavity QED with Strong Coupling — Toward the Deterministic Control of Quantum Dynamics,). The coupling of an atomic dipole to the mode of an optical resonator has historically produced important quantum effects in the regime of weak coupling between dipole and cavity mode; more recent experiments access the regime of strong coupling and begin to enable control of the quantum states of

大約冬季

拔出

Retrodictive Quantum Optics,urement event as opposed to the more usual . preparation event. Quantum retrodiction provides new insights into familiar phenomena within quantum optics and is the natural way to analyze quantum communication systems.

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