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hypothesised (backed up with experimental evidence) that many UFOs are actually biological entities. He went on to suggest that the orgone could be manipulated and engineered, as it is based upon fundamental laws. If he is right, then a new branch of tech- nology, based around the life force, could be developed. Such a technology is described as being "biodynamic" (although Constable looked further ahead and coined the term "etheric engi- neering"), and is the real meeting point between physics and biol- ogy: biophysics. Is it then possible to develop a communications system based upon the principles of biodynamics? hypothesised (backed up with experimental evidence) that many mitogenic or biodynamic signal being picked up. After an intense UFOs are actually biological entities. He went on to suggest that investigation, Lawrence concluded that the signals had originated the orgone could be manipulated and engineered, as it is based from outer space and were of intelligent origin. upon fundamental laws. If he is right, then a new branch of tech- Initially, he thought the signals were from Ursa Major, but on nology, based around the life force, could be developed. Such a _ further investigation he found that they probably originated from technology is described as being "biodynamic" (although the galactic equator. He also concluded that the signals were not Constable looked further ahead and coined the term "etheric engi- aimed at Earth, but were an overspill of communication between neering"), and is the real meeting point between physics and biol- companion civilisations. As for the signal coding, Lawrence was ogy: biophysics. Is it then possible to develop a communications confident that they would not be in the form of a structured lan- system based upon the principles of biodynamics? guage. Instead, he felt that they would be graphic in nature, so he decoded them using digital spectrograms displayed on a standard BIODYNAMIC COMMUNICATIONS 8-bit resolution grey-scale. These graphic signals were received In 1962, Silesian-born engineer L. George Lawrence, employed using some of the most advanced biodynamic transducers, con- by the LA Space-Science Corporation to develop jam-proof mis- sisting of carefully manufactured synthetic biochemical sub- sile components, decided to try using biological material in elec- stances. tronic sensors. His first line of enquiry led him to the work of There has been little success in tracing the elusive George Alexander Gurwitsch, one of the pioneers of vital force research. Lawrence, mainly due to the fact that "George Lawrence" was a Gurwitsch showed that cells appear to affect each other during the pseudonym employed by the author who reported this research in process of mitosis, which led him to develop a theory in which several electronics magazines in the mid-1970s. All that is known cells communicate through what he called "mitogenic rays". of this author is that he was employed by several government Lawrence also reviewed the work of agencies that exercised strict security Cleve Backster, the polygraph special - measures. This research into biody- ist who studied the psycho-galvanic . . namics was a spin-off of the work reaction of plants. Backster used To his amazement, the audio he had conducted while within their polygraph-type equipment to monitor output from the biosensor's employment. However, it is worth the physiological activity in plants and mentioning that these agencies were discovered some amazing effects. circuit started to warble rapidly, mainly involved in NASA projects One of the most unusual is a plant's indicating some mitogenic or around the time of SETI. ability to detect the presence of a plant . . . . There are many energies that lie murderer! Lawrence used Backster's biodynamic signal being undiscovered, yet already we are original circuit designs as a spring- picked up. trying to find a unified field theory board for his own research into bio- based on the few energies of which logical sensors. He discovered that we are aware. There have been such biological transducers are able to many discoveries in the past that detect changes in a variety of different environmental parameters could have brought us closer to the truth; however, mainstream including magnetism, temperature and humidity. science has ignored nearly all of them. While Backster used a pen-chart recorder to indicate reactions, The human race has a great understanding and control over the Lawrence replaced this with a voltage-controlled audio oscillator force of electromagnetism. However, it is naive to think that this whose pitch changed in sympathy with biological changes. is the only method through which to communicate and that all Eventually he replaced Backster's galvanic response system with other civilisations out there have developed technologically in this piezo-electrometers, which gave better stability with greater sensi- same direction. It must also be remembered that there are other tivity. The first biodynamic transducers were simply vegetable dimensions parallel to our own. These, too, may be contacted, but samples wired up and held in a temperature-controlled bath. not necessarily by looking upwards. We must first open our With further advancements, Lawrence developed a sensor minds, then ask the question, "Is there anybody out there?” oo which consisted of two small quartz crystal wafers bonded togeth- er with specific organic materials. Whatever transducer was used, References they were all sealed within a Faraday cage which in turn was held ¢ Brown, T. Townsend, "Electrogravitational Communication System", within a lensless telescope-type assembly complete with sighting US Patent No. 719,767, issued September 1956. apparatus. All investigations were conducted in what Lawrence + Cocconi, G. and P. Morrison, "Searching for Interstellar ac "ala: : cs Wane . . Communications", Nature 1959;184:844-846. wen “i on electr rananen ee tinge ae wn er out "Three Nations Seek ‘Diabolical Ray", New York Times, May 28, 1924, side me intivence Of almost all electromagnet Meles So as to Eisen, Jonathan (ed.), Suppressed Inventions and Other Discoveries, avoid false readings from external sources. : Auckland Institute of Technology Press, Auckland, 1994. During one test, Lawrence pointed a newly developed biosensor —_« Tesla, Nikola, "Talking with the planets", Collier's Weekly, February 9, at a tree some distance away, that he he had wired up to a remote- 1901 ly controlled battery circuit. When the switch was activated, a ¢ Vassilatos, Gerry, Lost Science, AUP, USA, 1999. current would pass through the tree so as to electrically stimulate it. Meanwhile, the biosensor's output signal was monitored for About the Author: dramatic changes. Sure enough, when the tree was stimulated, the Gavin Dingley is an electronics R&D engineer by profes- biosensor's output changed. This indicated some form of mito- sion, but since college has questioned the so-called laws of genic ray communication between the tree and biosensor. nature, particularly those pertaining to electromagnetism. However, while having lunch, he left the biosensor pointing in To this end, he has extensively researched the work of Dr some random direction. To his amazement, the audio output from Nikola Tesla. His main goal is to develop technologies based the biosensor's circuit started to warble rapidly, indicating some upon these principles. To his amazement, the audio output from the biosensor's circuit started to warble rapidly, indicating some mitogenic or biodynamic signal being picked up. References ¢ Brown, T. Townsend, "Electrogravitational Communication System", US Patent No. 719,767, issued September 1956. * Cocconi, G. and P. Morrison, "Searching for Interstellar Communications", Nature 1959;184:844-846. * "Three Nations Seek 'Diabolical Ray", New York Times, May 28, 1924. Eisen, Jonathan (ed.), Suppressed Inventions and Other Discoveries, Auckland Institute of Technology Press, Auckland, 1994. ¢ Tesla, Nikola, "Talking with the planets", Collier's Weekly, February 9, 1901 ¢ Vassilatos, Gerry, Lost Science, AUP, USA, 1999. About the Author: Gavin Dingley is an electronics R&D engineer by profes- sion, but since college has questioned the so-called laws of nature, particularly those pertaining to electromagnetism. To this end, he has extensively researched the work of Dr Nikola Tesla. His main goal is to develop technologies based upon these principles. NEXUS - 49 DECEMBER 2000 — JANUARY 2001