THE DEPENDENCE OF THE DYNAMICS IN THE BAND OF THETA ON THE TIME DELAY AND LEVEL OF CONSISTENCY IN THE PRESENTATION OF THE ACOUSTIC IMAGE OWN EEG
Dynamics of activity in the frequency band of theta waves during of procedures, listening of the acoustic image of the own EEG was investigated. The formation of the acoustic image EEG was performed with a significant reduction of musical properties. It is shown that the increase in activity in the theta range depends on the level of synchronization and consistency of the presentation of the acoustic image own EEG relative to the current bioelectrical activity of the brain. The maximum increase in activity in the theta range was observed with minimum time delay and maximum consistency requirements of sounds with the current EEG. It is concluded that the increase in activity in the range of theta waves in the listening environment acoustic image own EEG is determined by the correlation of sounds with the current bioelectric activity of the brain.