Formation and propagation processes over the time of quantum fractals

A video file, with a representation of the formation and propagation processes over the time of quantum fractals generated in the examined wave guide, was created based on the calculations in the study (http://dx.doi.org/10.17632/mcfmdzjm6d.2). Since the wave guide is a resonator, after two fronts of high frequency oscillations meet in its center, only waves satisfying the resonance conditions exist, i.e. a whole number of halfwaves must fit between the walls of the wave guide. Wavelengths differing from resonance ones are suppressed. Therefore, fractal structures emerge due to resonance oscillations in the wave guide inter-wall space.

本视频文件基于本研究（http://dx.doi.org/10.17632/mcfmdzjm6d.2）中的计算结果制作，展示了被测波导中生成的量子分形随时间的形成与传播过程。由于该波导为谐振腔，当两组高频振荡波前在其中心交汇后，仅满足谐振条件的波会得以留存——即波导两壁之间需容纳整数个半波长。不符合谐振条件的波长会被抑制，因此量子分形结构正是因波导腔壁间空间内的谐振振荡而形成。