Neuroeffects of Microwave EMF Range of Nonthermal Intensity and Short Exposure

This article generalizes and analyzes the results of personal long-term research of the neuroeffects of weak electromagnetic effects to answer the following questions: do they exist and what are their phenomenology and neurophysiological mechanism and ways of their modification? The line of effects of weak electromagnetic fields (EMFs) from a neuron to the brain, the central nervous system (as a system), and the body is shown using electrophysiological and behavioral research methods. Their phenomenology and the dependence on parameters, modulation mode, and EMF organization are statistically substantiated in animal experiments and studies involving volunteer test subjects. As a result, it is concluded that this is a common stimulus of the central nervous system; with respect to its influence on the body, it obeys the laws of physiology about the biological significance of the response and ways of its modification and adaptation mechanisms, which is advisable to take into account under in practical application of EMF sources.