SGER: Chaos in Electromagnetic Systems

这项探索性研究的小额赠款旨在 研究电磁系统中的混沌。 在此 1-一年的实验研究计划，我们寻求 确立指导思想 电磁混沌通过具体的实验：1） 混沌微波腔的波函数，如 西奈台球馆和体育场 特别是， 关于空间分布的详细信息 的波函数将获得使用新的 实验技术 2)谱统计 混沌和规则的共振模式频率 蛀牙 3)混沌系统的散射特性， 如三盘。 这项工作预计将影响到 电信，因为混乱的概念将 首次将电磁系统引入 时间 该计划将借鉴和影响 在量子混沌的基本思想，例如。 疤痕本征态，本征值间距分布， 此外，结果可以缩放到 对应于量子介观实验 系统.

This Small Grant for Exploratory Research aims to study chaos in electromagnetic systems. During this 1-year experimental research program, we seek to establish the important principles governing electromagnetic chaos via specific experiments on: 1) Wavefunctions of chaotic microwave cavities, such s the Sinai billiard and the stadium. In particular, detailed information regarding the spatial distribution of the wavefunctions will be obtained using novel experimental techniques. 2) Spectral statistic of resonant mode frequencies of chaotic and regular cavities. 3) Scattering properties of chaotic systems, such as the three disk. The work is expected to impact on telecommunications, since the concepts of chaos will be introduced to electromagnetic systems for the first time. The program will borrow from and impact upon fundamental ideas in quantum chaos, eg. scarred eigenstates, eigenvalue spacing distributions, etc. In addition, the results can be scaled to correspond to experiments on quantum mesoscopic systems.