Beam optics applications: quantumlike versus classical-like domains
Beam optics applications: quantumlike versus classical-like domains
复制标题
光束光学应用：类量子域与类经典域
DOI：
10.1140/epjd/e2003-00274-6
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发表时间：
2003
期刊：
影响因子：
--
通讯作者：
M. Man'ko
中科院分区：
文献类型：
--
作者：
R. Fedele;M. Man'ko
本文综述了近年来在类经典和类量子框架下发展起来的带电粒子束光学。本文从光学与力学的相互联系出发，对电子光学的类量子方法作了简要的综述。特别是，热波模型在相空间中的光学应用的主要结果内Wigner-Weyl图片。此外，层析成像方法在经典和量子域的边缘概率分布方面也提出。特别是，提出了可能的应用的层析成像方法的光学问题与像差的加速器。讨论了在量子计算项目中使用类量子系统的一些方面。
A review of the charged-particle beam optics in terms of recently developed approaches within both classical-like and quantumlike frameworks is presented. On the basis of the mutual connection of optics and mechanics, a brief overview of the quantumlike approach to electron optics is presented. In particular, the main results of the optical applications of the thermal wave model in phase space are given within the Wigner-Weyl picture. Furthermore, the tomographic approach in both classical-like and quantumlike domains in terms of the marginal-probability distribution is also presented. In particular, possible applications of the tomographic approach to optical problems with aberrations for accelerators are put forward. Some aspects of using quantumlike systems in quantum computing projects are discussed.