An original approach to the biological impact of the low frequency electromagnetic fields and proofed means of mitigation

Abstract

It has been very clearly asserted that the electric and magnetic fields produced by the electric network may cause physiological effects due to the currents induced into the human tissues exceeding certain levels, but the magnetic fields with inductions lower than 1.2 muT may also produce biological impacts, decreasing the immune capacity, as resulting from the laboratory analyses correlated with epidemiological studies. This paper presents a new approach to the biological effect of the 50/60 Hz electromagnetic field on humans therefore using the concept of bioenergetic fields. Prof. ANCU DINCA's discovery consists in the drastically reduction of the effects of the electromagnetic field on the people placed in their neighborhood by placing passive autoconvertors close to the electromagnetic field generators. Reduced effects can also be obtained by applying some personal devices to regenerate the energo-informational field of the person within zones characterized by relatively high values of the magnetic induction. The measurements made in different locations with high values of magnetic field inductions, i.e. close to post transformers or inside the extra high voltage substations, have shown the advantages of both protection devices used. Year 2009 Venue Venue Type Conference Proceeding Authors G.A. Florea|A. Dinca|S.I.A. Gal Citations A. Dinca, G.A. Florea, S.I.A. Gal, Personal Filters for Live-line Workers to Mitigate the Biologic Impact of the Low Frequency Magnetic Field, Conference Proceeding, Transmission & Distribution Construction, Operation and Live-Line Maintenance, 2006. ESMO 2006. IEEE 11th International Conference on; 11/2006|M. Sue Benford, Probable Axion Detection via Consistent Radiographic Findings after Exposure to a Shpilman Axion Generator, Article,|C. Garrido, A.F. Otero, J. Cidras, Low-frequency magnetic fields from electrical appliances and power lines, Article, IEEE Transactions on Power Delivery 11/2003; Source http://ieeexplore.ieee.org/xpl/freeabs_all.jsp?arnumber=5282132 Full Document 487 Bulletin UASVM Horticulture, 67(1)/2010 Print ISSN 1843-5254; Electronic ISSN 1843-5394 An Original Approach to the Biological Impact of the Low Frequency Electromagnetic Fields and Proofed Means of Mitigation George A. FLOREA , Ancu DINCA, Stelian

I. ALEXANDRU GAL Biosynergetical Studies and Researches Center "Ancu Dinca" , Bucharest, Romania; ancudinca@yahoo.com electric network may cause physiological effects due to the currents induced into the human tissues exceeding certain levels, but the magnetic fields with inductions lower than 1.2 T may also produce biological impacts, decreasing the immune capacity, as resulting from the laboratory analyses correlated with epidemiological studies. This paper presents a new approach to the biological effect of the 50/60 Hz electromagnetic field on humans therefore using the concept of bioenergetic fields. Prof. ANCU DINCAs discovery consists in the drastically reduction of the effects of the electromagnetic field on the people placed in their neighborhood by placing passive autoconvertors close to the electromagnetic field generators. Reduced effects can also be obtained by applying some personal devices to regenerate the energo-informational field of the person within zones characterized by relatively high values of the magnetic induction. The measurements made in different ocations with high values of magnetic field inductions, i.e. close to post transformers or inside the extra high voltage substations, have shown the advantages of both protection devices used. Keywords: biological effects, biological systems, magnetic field, magnetic flux density, torsion field.

INTRODUCTION

Whether in as much as the electric field is concerned it has been settled by the international scientific community since the 90s that there are no direct biological effects, only physiological effects caused by densities of the currents higher than 10 mA/sq.m. induced into the human body. When considering the impact of the magnetic component of the electromagnetic field of industrial frequency, the situation is somehow different. The maximal values recommended for the magnetic flux density in professional and residential exposure situations have been established by international and national organizations. ICNIRP, IEEE and the European Community propose the limit of 100 T and 500 T for the residential exposure and the quasi-permanent professional exposure, respectively; these limits have been determined starting from the physiologic effect of the magnetic field based on a maximum density of current induced into the human body of 10 mA/sq.m., under the conditions of different safety factors for the two types of exposure. Higher values of the limit are accepted in case of a short time professional exposure. The limits

previously mentioned are considered valid for most countries, as resulted from the Eurelectric synthesis (Environment and Society W.G). However, the impact of the magnetic field is not only physiological, but also biological, inducing the development of some diseases or the aggravation of some anterior diseases in the Abstract. It has been very clearly asserted that the electric and magnetic fields produced by the 488 case of exposure to relatively low values of the magnetic flux density (Sellman, 2009). Thus, as resulting from the conclusions of California Health Report June 2002 (Neutra, Pizzo and Lee, 2002), in situations of exposure to very low values of the magnetic flux density ranked between 0.2 and 1.2 T, a decrease of the immune capacity of the human body occurs due to the decrease in melatonin secretion. The biological impact can also be explained by the interaction between the torsion field underlying the EM fields and the electromagnetic and bioelectromagnetic phenomena, such as it was mentioned by Bohm and Aharonov (Srinivasan, 1999; Dinca et al., 2006), and further details obtained by other scientists such as Cook, Tiller, Dinca et al. brought to the possible mechanism of causation (Tiller, 1997; Dinca, 2005).

MATERIALS AND METHODS

Induction of the magnetic field in residential zones and in the vicinity of electric power installations. Considering that the dwellings are at relatively long distances from the lines, the electric stations of high tension or the posts of medium tension, the interior magnetic field is determined by the circulation of low tension currents through the interior installations and by the function of housework devices. The latter produces a magnetic field characterized by magnetic flux densities ranking between 0.01 and 26 T, at a normal distance of running (E.A.Ainsbury, 2004). However these magnetic flux densities decrease severely with the distance so at a distance of 1m they are practically neglected (Tiller, 1997). Without these housework devices the magnetic flux densities in houses rank between 0.01 T and 1 T (Garido, 2003). The typical values of the magnetic flux density at the ground level in the vicinity of the electric power installations are: 5-10 T under an overhead line of 400 kV simple circuit; 0.5-10 T at a distance of 30 m from the axis of the above mentioned line; 0.2 T at a distance of 65 m from the axis of the above mentioned line; 10-50 T inside the perimeter of an electric station exterior to the high tension line; 100-150 T over a subterranean electric line formed of mono-phase cables; 10-70 T, inside the interior electric stations; 2-5 T, in public buildings that

have transformer posts inside; 0.04-0.8 mT in the vicinity of overhead electric lines, under the conditions of working under the potential tension. Torsion field. The torsion field (also called axion field, spin field, spinor field and microlepton field ) was first introduced by Elie Cartan in 1922 who extended the Einsteins general relativity to include the affine (http://en.wikipedia.org/wiki/torsion field). In the Einstein-Cartan theory all the rotating bodies produce waves of torsion which spread through space-time. This research was neglected by the physicists, the torsion field being considered very weak to may get an use from. The first scientist who saw the importance of the torsion fields from the point of view of their effects in macroscopic world was the Russian researcher Nikolai Kozyrev, in 1967 (Nachalov and Sokolov, 2010). In 1980 the Russian scientists Anatoly Akimov and Gennady Shipov succeeded to gather experimental and theoretical proofs concerning the existence and the importance of the torsion fields. Kozirev results were confirmed by the Belarus Academy member, A. I. Veinik at the end of 80s. Other very important scientists involved in torsion field theory have to be mentioned: in Russia - E. S. Fradkin, D. M.Gitman, V. N. Ponomarev, J. N. Obuhov, in U. S. A. - T. Bearden, torsion of space-time continuum 489 E. E. Green, R. T. Hammond, G. Rein, T. M. Srinivasan and W. A. Tiller, in Germany - R. T. Hell, in Italy - B. D. Sabbota and K. Sivaram, and in Israel - M. Karmeli (Akimov, 1996). All physical amorphous objects have their own torsion field resulting from the spins of all the intrinsic particles, but the resulting field may be modified if the objects are influenced by an external torsion field. Under such an influence, the new configuration of the torsion field will be in a meta-stable state and will remain even after the external source disappears. The resultant torsion field can be positive or negative (Akimov, 1996). Taking into account Akimovs work (Akimov et al., 1996) the following conclusions may be considered: - The electromagnetic fields always contain the torsion component ; - the torsion field is observed both in an electrostatic field and in electromagnetic radiation; - electromagnetic and gravitational fields have central symmetry and the torsional fields have axial symmetry; - the static torsion fields have an action radius and the field intensity inside this radius (nearby zone) is almost constant ; - the wave torsion field actions are not limited to a nearby zone, their intensities do not depend on the distance from the source; - the torsion fields pass through environment loss free. The tests conducted at The Ohio State University Engineering Microwave Lab. detected wave emissions in the range of radio (4 MHz) and micro (2 GHz) in the proximity of a torsion

field generator (Benford, 2002) and these informations can be very useful for the further researches on torsion field detection. As a component of the electromagnetic field, the torsion field may influence the physical characteristics of different objects or substances, but may have a good or bad impact on living bodies as well. The latest one may be positive or negative depending on the fields sign: right or left (http://www.spinor.kiev.ua). The torsion fields transmit information without transmitting energy, but alter the spin state of the physical media and this is the explanation of the mentioned health problems. W. A. Tillers statement must be mentioned: preliminary research data indicate that the subtle energies somehow influence the electric and/or magnetic fields of the body and which influence have demonstrable effects on the structure, function, chemistry and the mind (Ainsbury, 2004). Strong torsion fields are generated by high electrical potentials and equipments based on circular or spiral electromagnetic processes. The electric generators from power stations are generating high negative torsion fields and these are traveling on the transport and distribution networks directly to the industrial, commercial or residential consumption centers. The negative torsion fields were found to worsen the health of people exposed to them. This resulted from the laboratory analysis of the blood performed in Saint Petersbourg (http://www.spinor.kiev.ua) and in Kiev (The Ukraine Open International University, 2008). The first ones have shown a major increase of 4-5 times in erythrocytes sink speed and the last ones a 40-50% reduction of lymphocytes and of 45% for leucocytes. Torsion field measuring equipment. The torsion field magnitude can not be measured directly as there are no sensors to sense it, but its existence and size can be measured indirectly, by determining its effects, such as: radio-aesthesia, Kirlian photos, aura vision bioluminescent emission from the biological systems, refraction, spectral colorimetry etc. The following known equipments have to be mentioned: 490 - TCM-030, invented by Viktor Shkatov (Russia) with differential torsion input and orthogonal torsion outcome (Pavlenko); - SADAF-08LC, invented by Viktor Shkatov (Russia) with two laser beams contacting the studied object and LPT port for computers, which can obtain the electronic image of the field (16); - SEVA, invented by Mark Krinker and Larry Pismenny (U.S.A.) in 2007 has a sensor with three mutually orthogonal electrodes, each detecting a component of the external electric vector. The signals enter through band-pass filters, the central frequency of the filters matching that of the maximum energy supported by the ground-ionosphere bottom resonator,

i.e. 6208 Hz (Krinker, Pismenny and Krinker, 2008). - IGA- 1, invented by Youry Kravcenko (Russia) in 1997, measures the phase shift of the Earths own electric field within the 5- 15 kHz band, supported by the natural groundionosphere resonator (F). This apparatus (Krinker and Pismenny, 2007; http://stiffa.mail 15 com/shemaeng.html) is composed by: an antenna that can be positioned over the surface to be investigated, a converter of the antenna signal and an analog measuring device. Most of the manufactured IGA- 1, like the one that has been used in the experiments described in this paper, show if the torsion field has a magnitude which can be dangerous, based on the inventors experience. A new type is under developing and will be equipped with an interface allowing the transfer of the output signal to a computer. The IGA- 1 apparatus was tested and used frequently by the scientists in Russia, Ukraine, France, U. S. A. - Aura Video Station is an equipment based on the interactive multimedia feedback. It is not an apparatus to measure the torsion field directly, only indirectly, showing the influences of the torsion field on humans in particular. It uses the hand biosensor to measure the biofeedback data. The input data are: the electro dermal activity, the electrical conductivity of the hand and its temperature in real time. The programs measure, analyze and process the biofeedback data and correlate them to the specific emotional energetic state, developing the images of the aura and chakras (Dinca 2004; Sabau et al., 2007; Edye et al., 2008). These last two apparatus were used in the tests performed and described in this paper. Neutralizers. All the researches trying to discover some materials to reduce or even to neutralize the torsion field had no results, except the aluminum screening which was found as efficient in some cases (Nachalov, 1998; Sokolov). Some successes came from researches led to find some patterns which could deviate or even cancel the torsion field. The first one was developed in Russia as Neutralizer and is made of two mirror like positioned multiphase spirals of Archimedes using the thin film technology. The spirals are made of gold-silver-copper alloy. These may be used to neutralize the torsion field of indoor geo- pathogenic areas, electric home appliances and others. The same conception was used in Ukraine to get the Torser pattern. A different approach was that of Ancu Dinca (Romania) who invented the DIEE patterns, auto-converters that contain liquid crystals obtained from 40 different plants gathered from all over Romania, from zones at altitudes between 0 and 2500 m. The component plants are dry ensuring the conservation of both the energoinformational matrix and the biochemical structure (liquid crystals). The very large

distribution of these liquid crystals enables a relatively high probability that one of these component plants corresponds to the perturbing dominant wave. The field neutralizing patterns come into action when stimulated by the perturbing factors, and neutralize the subtle field by de-modulating the emission of the generating source through the de-phased interface. The auto-converting passive devices conceived to neutralize the subtle field emitted by the electric power installations, such as the transformers, the mechanisms 491 of the controls, the bars of the stations and transformers and also the monophase cables charged by high value currents have the dimensions of 120 x 85 mm (http://en.wikipedia.org/wiki/torsion field) and have to be attached to the respective subtle field sources or very close to it. The personal portable patterns have been conceived to regenerate the energo-information field of the person and meanwhile protect the person who works in surroundings with high values of the magnetic flux density. These devices are made of different plants, about 20% being the same, but have reduced sizes (25 x 25 mm). They function on the homeopathic resonance principle at the level of the corresponding energo- informational traps that they activate in the organism.

RESULTS AND DISCUTIION

The measurements were performed by Aura Vision System (Fig. 1) on a person situated in a surrounding characterized by a magnetic flux density of 0.62 T and inside an electric station of 110 kV with a magnetic flux density of 19.7 T, respectively, and are shown in Fig. 2 and 3. The magnetic field flux density was measured using the Aaronia Spectran 5030 analyzer (Fig. 4). The aura size, the aura - chakra balance and the main seven chakra energies (1- base chakra, 2- navel chakra, 3- solar plexus chakra, 4- heart chakra, 5- throat chakra, 6- third eye chakra, 7- crown chakra) were determined. Aura is the popular name for human energy field surrounding the body and can be viewed using special photographic equipment (Edye et al., 2008). It is characterized by magnitude and color. The chakras are the spherical whirlpools in the ether body acting as energy transmitters, and influencing the physical activities through the function of endocrine glands. Fig. 1. The photo of the Aura Vision System equipment