To the Question of Efficiency of EMF Modulated by Frequencies in the Range of EEG Rhythms
The work presents a comparative assessment of the efficiency of 1 GHz EMF (pulse energy flux density 200 μW/cm2), modulated in various ways in the range of EEG rhythms. In experiments on rabbits and studies involving volunteer testers, the effectiveness of modulation modes was studied: meander; feedback from EEG waves of directly irradiated (synchronously) or other (using EEG recording, not synchronously) objects; smooth frequency change (sweep) within the selected range. It is substantiated that the basis for amplifying the power of the EEG range corresponding to the frequency of EMF modulation is the mechanism of impo-sing rhythms, as in the case of known stimuli (light, sound, etc.). Unlike these stimuli, EMF can faster and more intensively lead to the desired result. The most effective were modulation methods in the form of synchronous feedback from EEG waves and a frequency sweep mode within the selected range. Experiments on rabbits and studies involving volunteer testers have shown unequivocal results.