Ultrashort pulses in dynamic processes of crystal plates with ultrahigh temporal and spatial resolution

Currently, the use of ultrashort pulses is one of the main methods for studying the structure and dynamics of ultrafast processes in atomic and molecular systems. In this paper, it is shown that ultrashort pulses can be used to determine the time dynamics of crystal plates with ultrahigh temporal and spatial resolution, the distance between which can be only a few angstroms. As an example, the dynamics of diamond layers with NV centers is considered. The results obtained have prospects for developing the presented theory for more complex structural objects and dynamic processes in matter.