Theoretical contributions concerning biophysical mechanisms of interaction between external millimeter wave electromagnetic field and living biological systems

Abstract

In the present, the study of millimeter waves interaction with living biological systems represent one of the most dynamic field of modern biophysics because of well known using of EHF EMF (extremely high-frequency electromagnetic field) athermal biological effects in biology, medicine and agriculture (mostly in former USSR territory). Despite the huge number of the scientific works on this problem, both experimental and theoretical, nevertheless the generation physiological and physical mechanisms of experimentally observed athermal biological effects and also the pathway interaction or physical behavior phenomenology of millimeter waves in strong anisotropic mediums, like living biological organisms, are still unclear. In this paperwork, we propose a new generation and interaction mechanism between millimeter waves and living biological systems, based on the Frohlich Hypothesis, respectively through coherent phonons formation.