Interfering Optical Interactions (Physics)

最近，已经进行了实验，其证明 大脑中不同的兴奋途径之间的干扰 可以观察到原子和分子的激光激发， 使用非线性转换技术控制。 为了 为了更好地理解这些现象，建议 为了将测量相位差的工作扩展到（a） 干涉过程对光电子角的影响 分布，（B）基波和 三次谐波产生中的三次谐波，（c）双光子 共振情况和（d）控制相对生产率 钡原子的激发态

Recently, experiments have been performed which demonstrate that interference between alternative excitation pathways in the laser excitation of atoms and molecules can be observed and controlled using non-linear conversion techniques. In order to obtain a better understanding of these phenomena, it is proposed to extend the work on measuring phase differences to (a) the effect of interfering processes on photo-electron angular distributions, (b) phase differences between the fundamental and third harmonic in third harmonic generations, (c) two-photon resonant cases and (d) control of relative production rates of excited states in atomic barium.