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NEWSCIENCENEWSCIENCENEWSCIENCE TREATMENT WITH MULTIPLE PULSATING DEVICE penses with the need for a screened room at health-care institutions. The noise signal produced by the human electromagnetic field is received by the antenna (1), and passed through the digital filter (2); only the oscillations whose fre- quencies coincide with that of the refer- ence frequency generator (3) reach the out- put. The AC amplifier (4) is equipped with an output phase detector (5), which records the value of the phase shift @jeas between the measured radiation frequency of the biological object @eq, and the refer- ence generator's frequency Wer as: ter pick-up, the display of the aural bio- electromagnetic field topography, and its printout in colour. by Matt Willemse, Ph.D. M.D. (Hom.), Dip. Bot. Med. n recent issues, NEXUS has published a number of articles on magnetic and electromagnetic (EM) fields, both nat- ural and man-made, so today it is not difficult to realise that all life-forms exhibit EM characteristics and live in an electro- magnetic environment. In fact, the entire universe is a vibratory EM energy field. Our EM world, however, is changing. We are being increasingly subjected to a greater number of induced EM fields. Even those of extremely low energy have been found to influence our bio-energetic systems. In this article I aim to describe how a knowledge of EM fields can be applied beneficially. First though, a quick review. Since the industrial revolution, the Earth has lost at least 50 per cent of its magnetic energy, much being absorbed in steel e.g., rail, buildings, cars, etc. Most people are encapsulated within these structures during a major proportion of their daily activities and deprived of natural magnetic absorp- tion. Electricity is generated at 50 and 60 cycles per second (depending on country). Excessive exposure to its surrounding EM fields can be detrimental to our health—as is the electronic pollution caused by com- puter equipment, TV transmissions, AM tadiowaves, mobile telephones and the var- ious home and industrial appliances. Most footware is made of rubberised or other insulating materials such as plastics, which accordingly deprive the body of its contact with the Earth's magnetic field. Chemical pollution may be the biggest threat to the environment and mankind. It is in our food cycle via fertiliser, herbi- cides, insecticides, and artificial colouring, flavouring and preservatives. Include the cosmetics and deodorants with which we cover our bodies. Is it any small wonder that our biophysical systems, constantly suffering duress and daily stresses, are hav- ing great difficulties in coping? EM imbal- ance is one of the results. Seventy per cent of the body consists of fluid, Just as a waterfall naturally creates EM energy, so the flow of the blood through the body produces an internal source of EM-field energy. How does this electromagnetic treatment work? Magnetic energy is one of the strongest fundamental natural forces of the Footnotes: 1. Dubrov, A. P. and V. N. Pushkin, Parapsychology and Modern Science, Sovaminco, Moscow, 1990. 2. Berezovsky, V. A. and N. N. Kolotilov, Biophysical Characteristics of Human Tissues: A Handbook, Naukova Dumka, Kiev, 1990 (in Russian). 3. Sobakin, M. A., Physical Fields of the Stomach, Nauka, Novosibirsk, 1978 (in Russian). 4. Gulyayev, P. 1, V. 1. Zabotin and N. Ya. Shlippenbakh, "Eleciromagnetic Fields Produced by Moving Insects, Birds and Animals: Possible Bionic Implications", Problemy Bioniki, Nauka, Moscow, 1973 (in Russian). 5. Gulyayev, Yu. V. and E. E. Godik, Physical Fields of Biological Objects, Nauka, Moscow, 1985 (in Russian), 6. Buckingham, M., Noise in Electronic Instruments and Systems, Mit, Moscow, 1986 (translated into Russian). 7. Kravchenko, Yu. P. et. al., Method of Surface Electrostatic Field Exploration, USSR Certificate of Authorship No. 321662 (in Russian). (Source: AURA-Z, vol. 1, no. 3, 1993; PO Box 224, Moscow 117463, Russia; phone +7 (095) 925 7679, fax (095) 422 0960) About the Authors: Yuri Kraychenko, born 1947, graduated from the Ufa Aviation Institute. He then worked in the aircraft industry, but with the beginning of defence conversion became involved in medical research and development activities. Nikolai Kalashchenko, born 1943, graduat- ed from the Bashkir Medical Institute and was a medical practitioner in Yakutia and Bashkiria. A few years ago Dr Kalashchenko, Cand.Se. (Med.) became an assistant professor of therapy with the Bashkir State Medical Institute. The constant in the above equation is the signal produced by the noise background compensation circuit (7). The value of the const. is automatically selected so as to reduce to nil the quantity @peas aS the antenna is moved away from the biological object. In other words, the value Of Qeas is measured relative to the specific noise background in that room. The DC amplifier (6) serves to filter and further amplify the output voltage of the phase detector (5 ). The integrator unit (8) serves to integrate the phase-shift signal and select low-level signals of the biologi- cal object against the noise background. Hence, the phase aurometer's output sig- na] may be described as an integral charac- teristic of the phase shift of the electro- magnetic component of the biological field at each specific radiation frequency syn- chronised with the reference frequency. A computer software package is being developed to control the instrument and provide for computer-aided sensor parame- 10 (4) Figure 3: Phase Aurometer block diagram | - copper or brass disc antenna 2 - digital filter 3 - reference frequency generator 4 - AC amplifier 5 - phase detector 6 - DC amplifier 7- noise background compensation circuit 8 - integrator unit 9 - analogue output 10 - digital output 2 - digital filter 4 - AC amplifier 5 - phase detector 6 - DC amplifier 8 - integrator unit 10 - digital output NEXUS ¢ 43 Qmeas = Omeas ~ Vref - CONS. | - copper or brass disc antenna 3 - reference frequency generator OCTOBER - NOVEMBER 1995