The Biophysical Reasons, Physical Mechanism and Experimental Implementation of Iodine to Xenon Transmutation in Biological Systems

The biophysical and nuclear-physical prerequisites for the transmutation of iodine into xenon in growing microbiological systems are considered. The experimental studies have shown that in the presence of external biochemical action, formed by the influence of a small admixture of heavy water to a water-containing nutrient medium, such nuclear transmutation takes place. It is shown that the most probable mechanism for stimulating such nuclear fusion is associated with the formation of local shock acoustic vibrations associated with DNA breaks due to the action of heavy water. The action of such shock vibrations can lead to the formation of coherent correlated states of nearby protons and the generation of short-term intense energy fluctuations, the amplitude and duration of which are sufficient to implement nuclear fusion.