SEVA-INTEGRAL — An instrument for exploration of pathogenic zones

Spinning Electric Vector Analyzer, SEVA-INTEGRAL, is designed for wide-band operation exploration of natural spinning electric fields. It is believed that spinning fields trigger physical processes, which then make a considerable effect on the origination of geo-pathogenic zones, GPZ. Experiments on the influence of electric rotation in fundamental physical and biological processes have revealed considerable impact of the spinning fields on these processes. Due to this reason, GPZs are a serious social problem. Important studies of GPZs affecting human health, as well as the specific dangerous reaction of drivers in the crossing GPZs on roadways, is crucial. Operation of the instrument is based on perception of spinning fields by means of quadrupole sensor with further analyzing both amplitude and mean phase shift between parent vectors in a wide band up to 600 kHz. SEVA-INTEGRAL, unlike its predecessor SEVA, is more sensitive instrument to variation of electric spinning field intensity, and direction. Exploitation of the apparatus has revealed both periodic and irregular spots of electric spinning field activity on earth. The periodic active spots are manifestations of the global grid-like structures, known as meshes of Hartman, Curry and others; while irregular spots are the results of local electro-physical heterogeneities. Introduction of SEVA-Integral to the research field is a social necessity for preventing environmental hazard and promoting public health and safety concerns.