Effects of Quantum Fluctuation in Dynamical Processes (Physics)

量子涨落对非线性动力学的影响 过程进行了研究。 其中包括量子显化 驱动自旋系统的分形解离边界， 氢的局域态和共振荧光 三能级原子 量子与 经典力学研究使用半经典和 量子力学，Husimi和广义Husimi 表示和通过改变波动参数。 最后，经典和“量子”的机制 分形”边界和寿命分布的研究 相空间中的康托集。

The effects of quantum fluctuations on nonlinear dynamical processes are studied. These include the quantum manifestation of the fractal dissociation boundary of a driven spin system, the localized states of hydrogen and resonance fluorescence in a three-level atom. The relationship between quantum and classical mechanics is investigated using semiclassical and quantum mechanics, the Husimi and generalized Husimi representation and by varying a fluctuation parameter. Finally, the mechanism underlying the classical and "quantum fractal" boundary and lifetime distributions in studied using Cantor sets in phase space.