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Technology of natural environments remote testing
Section 2. Geodesy
DOI: http://dx.doi.org/10.20534/AJT-16-9.10-13-14
Kantur Vladimir Alexeevich, Petrosyants Viktor Vladimirovich, Far Eastern Federal University, Vladivostok, Russia, E-mail: vkantur@gmail.com, E-mail: petrosyantsvv@gmail.com
Technology of natural environments remote testing
Abstract: The authors would like to present the technology of remote contactless testing for objects of the natural environment, which is based on the information-wave resonance of the information-wave generator, the object to be tested and the human being's field structures. The functional scheme of the experimental complex information-wave testing unit and principle of its operation are shown here. The results of a rock sample testing on detection of any precious metals are given. Thus, the above-mentioned method of information-wave testing proves the ability to identify any objects of natural environments.
Keywords: remote, information-wave test, the natural environment.
The founder of the contemporary theory of the In their opinion emergence of the energy blocks in Earth's geosphere is Academician V. Vernadskii, who pointed out that all objects in the world interact with one another. They are based in a single information space. He also suggested that the information exchange between the objects of living and non-living nature is carried out remotely at the level of information-wave interaction. His follower Academician V. Kaznacheev introduced the energy-information-sharing phenomenon that exists between the cells of individual organs, functional systems of the human body and between the organism and the external environment [1]. Due to the fact that a human being is an open energy-information system, we can assume the existence of channels inside the body providing communication with the external environment. Inside the human body acupuncture meridians with acupuncture points located on them belong to these channels. These meridians are responsible for the communication between cells and organs of the body on the whole, as well as the energy centers. Probably, field structures associated with human energy centers are able to serve as communication means between the organism and the external environment. The availability of such centers in the human body was proved by Russian and foreign researchers [2; 3; 4; 5].
the identified centers causes the violation of energy homeostasis (a state disturbing the information and energy exchange due to bioelectric potentials of the functioning cells in human body functional systems), and changes in the person's psychosomatic state. Thus, energy blocks emergence in the energy centers causes energy homeostasis breakdown in the cells of these organs. We can assume the energy blocks in the human energy centers are the result of both the processes inside the human body and the processes in the natural environment. Prof. Y. Gotovskii [6] shows that energy blocks in the energy centers of the human body are removed due to exposure to electromagnetic radiation with fixed frequencies. As a result, the cellular energy-information homeostasis, metabolic processes activity and damaged cell structure are restored. That leads to the normalization of person's psychophysical state and his recovery, as well.
We believe that any natural objects and environments can influence a person remotely through their field structures. Any object entering the area of the human structure field can cause information response in the human energy centers with subsequent change in his functional and psychosomatic state.
Section 2. Geodesy
The purpose of this article is to do a research on the information encoding from the objects of natural environments that are within the interaction with the human field structure. We have developed an experimental unit for the study of inanimate nature objects effect on the human body.
The information-wave test (IWT) functional scheme of the experimental unit is shown in Fig. 1.
IWG Operator
/ N /
PC IRTD
Object
Figure1. Functional scheme of the experimental unit
The IWT experimental unit includes: information-wave generator (IWG), personal computer (PC), information reading and transformation device (IRTD) consisting of a primary transmitter, sensor and analog-to-digital transformer. The IWG output signal power is less than 0.05 watts.
The principle of the unit operation is as follows: the operator through the PC sets the so-called information marker, that enters as a pulse code modulation signal the IWG input. The electrical signal from the IWG output is converted through a special antenna into an electromagnetic signal, which affects the operator. If the testing object is within the human field structures sensitivity area, a corresponding IRTD signal is generated, which is observed by the operator on the PC screen.
As an example, a description of an experiment on testing the presence of gold in an ore piece of rock is given here 10 volunteers aged 25-35 years as operators were involved in the experiment. Each operator conducted independently 10 measurements. The average value
ofX, the average value ofM error, reliability of the results of P in all dimensions.
The testing consisted of two stages: calibration and measurement. In the calibration stage each operator measured his level of psychosomatic reactions (with the skin resistance sensor and vascular conductance light sensors) on the effect of field structures formed at the IWG output with an information-wave marker. The information about gold presence was encoded in the information-wave marker. At the stage of measuring a piece of gold-bearing ore was placed into the area of field structures sensitivity and there was a repeated impact onto the operator with IWG signal which changed the operator's psychosomatic reactions. Such changes were observed only at the presence of the gold within the operator's sensitivity area. We believe this effect is caused by the resonant interaction of natural object (gold) field structures and the information-wave marker with the operator's field structures.
The result of the experiment on detecting the presence of gold according to sensitivity area IWT method is, as follows: in calibration mode (gold outside the sensitivity area) IWT indicators made 74.5 ± 0.9 relative value units (r. v.u). In the measurement mode (gold within the sensitivity area) IWT indicators made 38.2 ± 1.2 r. v.u. The reliability of the estimated values measured was at P < 0.001. The experimental unit was able to detect the presence of the object to be tested within a 3-meter-dis-tance from the operator.
Similar experiments with analogical results were conducted with copper, iron and other various objects proving the possibility of practical application of information-wave testing for natural environments.
Conclusions
The possibility of natural environments remote testing with the information-wave testing method was proved experimentally. This method is based on the interaction of the information-wave generator, the object to be tested and the human being's field structures.
References:
1. Kaznacheev V., Mikhailova L. Bioinformatic function of natural electro-magnetic fields. - Novosibirsk: Nauka, Sib. Dept., - 1985. - 182 p.
2. Luvsan G. Traditional and modern aspects of East-reflexive therapy. - Moscow: Nauka, - 1992.
3. Birukov V. Vibration therapy. - St. Petersburg: Krylov Publishing House, - 2010. - 185 p.
4. Gerber R. Vibration Medicine. Trans from English. - M: Sofia, - 2008. - 592 p.
5. Miller R. Bridging the Gap: An Interview with Valerie Hunt, Ed. D." Science of Mind, - Oct 1983.
6. Gotovskii Y., Kosarev L. Exogenous bioresonance therapy with fixed frequencies. Methodology Manual. - M: Imedis, - 2011.
