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Vortices and solitons in Bose-condensates

机译:玻色凝结物中的涡旋和孤子

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摘要

The new science of nonlinear atom optics and atom lasers is evolving rapidly. There are similarities between many related areas in modern photonic and atom optics, particularly at the mean-field level. In both cases we can often use classical nonlinear wave equations to describe classical solitons, vortices, and other nonlinear structure. Atom-molecular coupling can be used to play the role of second-harmonic generation. This leads to novel types of soliton. In addition, quantum effects at low densities are likely to be readily observable. [References: 69]
机译:非线性原子光学和原子激光器的新科学正在迅速发展。现代光子和原子光学的许多相关领域之间存在相似之处,尤其是在平均场水平上。在这两种情况下,我们经常可以使用经典的非线性波动方程来描述经典的孤子,涡旋和其他非线性结构。原子-分子偶联可用于产生二次谐波。这导致了新型的孤子。另外,很容易观察到低密度的量子效应。 [参考:69]

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