The main stage of SABI technology has passed successfully.
For the realization of the project SABIGLOBAL the first and most important step was to create the radar sensor which allows to distantly take electrophysiological parameters of the organism both on functional and cell-molecular levels. Because just by using the high frequency electromagnetic signal we receive information that is needed to identify a person in the feedback signal. As a basis when making this sensor there were taken non linear electric properties of biological tissues.
When radiating the living tissues simultaneously with several frequencies in the area of SHF and EHF the cell structures act as broadband mixers ( frequency convectors). Such enrichment of spectrum of downward radiation in the thickness of tissues contributes to the anomalously deep penetration of EMF. Herewith some part of the signal, being reflected from the deep layers, is modulated by the parameters of electrophysiological and cell-molecular processes that proceed in the tissues. It is important to note that the parameters or radiation of the radar sensor are adapted to electrical parameters of the tissues of the particular organism. It allows to increase the relation signal/noise of the reflected signal that increases the information value.
The signal reflected from the organism undergoes the analog/digital transformation and is entered to the PC for the further processing. The results of such processing for two testees are in the graphics below.
There can be seen some clear differences in the spectrum field from 0 to 45 Hz. The choice of this range is determined by the rhythmics of the processes being proceeded in the brain structures of the testees.
