Aron Goykadosh

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.

On the possibility of transferring information with non-electromagnetic fields, the relation of spinning processes and encoding information and the hydrogen spin detector

This paper considers the similar physical actions of spinning electric fields and the information imprinted in special carriers. Both the spinning fields and the information have a common non-electromagnetic base, called torsion fields, associated with the fundamental phenomena of spinning [1]. In particular, it has been revealed that electric spinning affects the pH of water. Spinning fields which can be manifested in special crystal structures or events such as a full moon, show similar characteristics as the electromagnetic fields in some carriers of information. Spinning Electric Vector Analyzer, SEVA technology and differential pH metrics were employed for the experiments. Both approaches are credible for studying informational processes. The principle operation of the differential pH-meter is that it may function as a hydrogen spin detector.

Natural ELF electric oscillations in human life: From subterranean waters, earthquake forecasts and fire detection to brain waves entrainment

Extremely Low Frequency (ELF, up to 30Hz) electric oscillations play an important role in human life.

TDR-inspection of vast tracts of forests or plants. Tract of plants as an environmental hazard detector

A new method to monitor vast tracts of plants and forests was introduced in the former USSR in the 80s and was developed later in the USA. The method is based on a Time Domain Reflectometer, TDR, which deals with propagating a flat electromagnetic wave initiated by an electric pulse traveling along an electric line. While propagating, the pulse experiences reflections from the heterogeneities of the line, which is displayed on the screen of TDR-instrument.

Utilization of the reusable and free Energy around us

We live in a world of Energy. We use it and, following the laws of Thermodynamics, give up a portion of that as inevitable toll for its conversion for our purposes. There are the non-conventional sources around us. Utilization of these energies will help to reduce harmful pollution caused by the oil and coal technologies and save money for the social developments. Beside the previously considered recuperating applications, other approaches will be considered here.

Universality of spin-angular momentum of media as a carrier of information

The paper considers a group of phenomena united by their common driver-Torsion Fields (TF) and their measurable attribute - field angular momentum and its specific power. This phenomenon plays a considerable role in a human life, manifesting itself everywhere. It has both negative and positive consequences for the mankind and cannot be ignored. One of the positive aspects of this phenomenon is a new approach to Telecommunication without a classical electromagnetic approach. This technology is in its early stages. The methods and the instrument for registering TF consist of simple devices such as energetic barrier detectors through more complex ones, based on registering a Field Gyroscope, associated with Torsion Fields.

Social importance and physical base of GPZ and dowsing: Instrumentation with perspectives of further development

The paper considers social importance of monitoring Geo Pathogenic Zones, GPZ, which negatively affects humans, plants and machinery. One component of Physics of GPZ is based on the origination of natural alternating fields, which entrain the pace of human organs. Another component is the origination of localized spinning electromagnetic fields, which develop strong non-linear phenomena, negatively affecting a wide class of objects. Instrumentation technology is discussed as well as the results which reveal quantum nature of the GPZ issue.

Unique One-Probe method and instruments for “instant In-Circuit measurement of quality of capacitors” physical base of the Method - Infinitely Remote Point conception

Unlike the well-known In-Circuit methods, based on passing the probing current through the Meter-first probe-first terminal of the capacitor, and plate-dielectric-plate-second terminal of capacitor-second probe of the meter the new Method is based on the principally new approach. The probing current flows through the following circuit: Meter-the probe-envelop of capacitor-internal content-any terminal-conducting environment of the terminal. Physical base and appropriate equations were set forth in USA Patent 6, 198,290, March 2001. There is no second probe. The probing current is formed due to polarization of conducting environment associated with the terminal of the capacitor as well as displacement currents. The development of physical base of the Method originated by the Method of “Infinitely Remote Point”. The Method and instruments were successfully tested at NASA testing facility in summer of 2001.

Geo-pathogenic zones as a social task outdoor and indoor cartography technology

Recent statistical accumulated data strongly indicate that long-term exposure to geo-pathogenic zones, GPZ, can result in serious impact on human health. The list of related diseases is broad, including cancer atop. Moreover, GPZs contribute to the road accidents due to their influence on the performance of the drivers. For this reason, cartography of regular and irregular GPZs is an important social mission, requiring indoor and outdoor mapping systems, both of them have GPZ detecting instrument like Spinning Electric Vector Analyzer, SEVA. The indoor mapping systems necessitate steady centimeter resolution due to the width of GPZ line count as order of 20-21 cm. They are intended to reveal inauspicious patterns inside a human dwelling. Limited size of the dwelling implies participation of a trained operator and a manual mode of mapping. In contrary to the indoor monitoring, the outdoor one is intended for big spaces like backyards, lawns, parks, highways as well as other public places. Different approaches to both methods, in particular - position sensors, GPS interaction and other details of both technologies are considered in this paper.