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The cell-biological aspect of the System
So far most of the electromagnetic research on humans culminated in the identification of individual and special frequencies which control and regulate certain biological functions. Only most recent findings of leading cell biologists and physicists open the view for different and very unusual conclusions. The heterogeneous as well as complex nature of each population of specialized cell receptors has as consequence that every different cell type possesses a unique heterogeneous electromagnetic “ID-card”. Until recently, the display of such frequency characteristics was technically not feasible.
Progress in computer technology makes it possible now to store and analyze millions of data via complex oscillations of characteristics with exactly defined frequencies and voltage amplitudes. Over 30 years, the scientist Prof.Dr. Hans Kempe analyzed and characterized the unique electromagnetic frequencies which are contained in the human energy spectrum. With that, it could now also be unequivocally determined that every human cell shows exactly 62 authoritarian, basic frequencies which are by cell division (after fertilization of the egg cell) divided into three blastemas of 20-21-21 frequencies. Each of these 62 basic characteristics contains, on the other hand, millions of exactly time controlled and voltage regulated frequency patterns. The 62 basic frequencies are identical in all humans, their amplitude however is different. The 62 basic frequencies determine and regulate to a crucial extent anatomy and physiology of the human.
The precise determination of these frequencies now enables us to put human cells in a healthy condition by means of a newly developed frequency application using the Genopuls System. From the scientifical standpoint of view, scientists from the braches Cell-biology and Embryology and medical professionals have fund the de-cording of the 62 Frequencies of the human cell structure intrigued enough to speculated about a real possibility of cell performing active proliferation with the input of the GENOPULS System.
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