Classical and Quantum Descriptions of Chaotic Dynamical Systems (Physics)

经典、半经典和量子理论 强扰动，非线性振荡器使用各种 将采用新的理论方法来理解 模拟经典混沌的量子过程 定位 波函数和引人注目的“疤痕”现象 与不稳定的，经典的周期轨道相关联， 研究抑制经典混沌的机制 量子力学 要研究的系统包括里德伯 原子在微波和强磁场中， 和反应性散射。

Classical, semi-classical and quantum theories for strongly perturbed, nonlinear oscillators using a variety of novel theoretical approaches will be employed to understand the quantum processes that mimic classical chaos. Localization of wave functions and the striking phenomenon of "scars" associated with unstable, classical periodic orbits will be investigated as mechanisms which suppress classical chaos quantum mechanically. Systems to be studied include Rydberg atoms in microwave and strong magnetic fields, and inelastic and reactive scattering in chemistry.