Predictive Modeling of Quantum Beating in Hydrogen Atom:
Classical and Quantum Visualizations of Coherent State Dynamics (Fundamentals).
This work presents modeling results and prediction of the quantum beating effect in the attosecond time range. The process speed has been proportionally reduced to enable visual observation of electron transitions between states. The fundamental principles do not contradict non-relativistic quantum mechanics and are indirectly supported by its framework. While the exact density movies of the 1s–2p$_z$ beating are not yet directly measured, the underlying frequency scales and coherence phenomena are in close agreement with experimental evidence from ultrafast spectroscopy, Rydberg dynamics, and attosecond experiments.