Nexus - 0404 - New Times Magazine-pages

Page Content (OCR)

"According to Einstein, gravity waves jiggle space and influ- ence the structures of masses just very slightly. We propose that we can jiggle the oncogene by setting up a resonance condition in which the energy of the electromagnetic interaction is equal to the inherent gravitational energy of the oncogene in terms of its mass. We might then induce a vibration of the crystalline lattice of the oncogene. Some specific examples of these proposed correlations have been published, relating specific oncogenic masses to previ- ously measured magnetic fields associated with the brain and the heart... "It is speculated that the jiggling of the transforming DNA seg- ment would reorient the atomic crystal lattice structure and con- vert the oncogene back into a normal gene. It is also speculated that base substitution, that single point mutation that has created the cancer gene, could be negated by shaking the erroneous sub- stituted base out of the space; and the appropriate base could then jump into that space. If these weak magnetic fields are physiolog- ic, we can easily assume that the jiggling of the mass would not harm genes that are normal and of the same mass." microampere are associated with human functioning. Jacobson himself has written that, "It was McClintock who first showed us that genes do not occupy stable loci; they move. They do not crawl as does the cystic fibrosis gene; they jump as well." Such observations suggested that if a gene could be appropriately stimulated it indeed would have the ability to change place—an effect that Jacobson had predicted through his theorising. Late in 1994, significant support came for the Jupiter, Florida- based thinker/researcher in the form of proposals from three uni- versities—Baylor, in Houston, Texas; the University of Nebraska, in Omaha, Nebraska; and the University of Oklahoma, in Oklahoma City—to research aspects of the application of Jacobson's theories. The Baylor College of Medicine Department of Molecular Physiology and Biophysics, for one, proposed to "...study the interaction of extremely weak magnetic fields (i.e., the range of Jacobson Resonance) on cells, organelles and molecules, using the technology of scanning tunnelling microscopy (STM)." The first year was to be spent upgrading the STM electron microscope so that it would be powerful enough to observe Jacobson Resonance, wrote Chief Investigator Dr Carlton Hazlewood. Two more years would be required to carry out the actual experimenta- tion, with total costs running to an estimated US$400,000. Yet, despite the seriousness of these proposals, Jacobson's Perspectivism Foundation has had great difficulty raising the nec- essary matching funds. Jacobson senses that there is a still-to-be- expected—perhaps in some ways subtly orchestrated—resistance to his ideas. In September 1994, Jacobson made a second major attempt to go public with requests for funding, this time introducing at a press conference Angelie Diya—a ten-year-old girl, also of Jupiter, Florida, who was born HIV-positive and developed AIDS earlier that year. Angelie, said Jacobson, represented the sort of human tragedy he could avert if he were given the means to put his theories into practice. CBS-TV, which had taped a story about an AIDS children's summer camp that Angelie had attended, was present at the press conference. In the coming months CBS taped extensive footage n the early 1990s, Jacobson received affirmation of the cor- Resonance, wrote Chief Investigator Dr Carlton Hazlewood. Two [mess of his approach with the publication of separate more years would be required to carry out the actual experimenta- research reporting success in the treatment of Parkinson's dis- _ tion, with total costs running to an estimated US$400,000. ease, epilepsy and multiple sclerosis using picotesla (extremely Yet, despite the seriousness of these proposals, Jacobson's weak) electromagnetic fields. Perspectivism Foundation has had great difficulty raising the nec- The researchers were Dr Reuven Sandyk, of the Department of essary matching funds. Jacobson senses that there is a still-to-be- Psychiatry at Albert Einstein College of Medicine in New York, — expected—perhaps in some ways subtly orchestrated—resistance and Drs P. A. Anninos, N. Tsagas and K. Derpapas, all of the to his ideas. University of Thrace in Greece. The 'dosages'—ranges of about In September 1994, Jacobson made a second major attempt to 400 to 1,200 femtotesla for epilepsy patients, and a field magni- —_ go public with requests for funding, this time introducing at a tude of about 7.5 picotesla to treat Parkinson's disease—were press conference Angelie Diya—a ten-year-old girl, also of close to those predicted by Jacobson using relativity theory. Jupiter, Florida, who was born HIV-positive and developed AIDS Though later independent research would suggest, to some, that _ earlier that year. Angelie, said Jacobson, represented the sort of the cures effected in the course of the American-Greek research human tragedy he could avert if he were given the means to put were shortlived, at the time the discovery created enough excite- _ his theories into practice. ment to elicit a laudatory article from at-first-sceptical Science CBS-TV, which had taped a story about an AIDS children's Magazine editor Dr Sidney Weinstein who went especially to summer camp that Angelie had attended, was present at the press Greece to view the results. conference. In the coming months CBS taped extensive footage Jacobson had developed his concept of Jacobson Resonance independently of other researchers who, as far back as 25 years before, were already laying the groundwork with key discoveries. In 1971, Denis Cohen demonstrated that very weak magnetic fields are associated with brain waves—specifically alpha and delta waves. Other researchers had shown that very weak magnetic fields are associated with the human heart—fields one to ten million times weaker than the normal steady field of the Earth, which is a weak field itself. The magnetic field of nerve impulses, also first measured in 1971, was found to be approximately a million times weaker than the Earth's magnetic field. M. Zanakis and M. Politis demonstrated in the 1980s that sharks, rays, monkeys and humans display electrical sensitivities from a tenth of a volt per centimetre down to the level of a tenth of a microvolt per centime- tre. The two researchers were also able to show that electrical currents in the order of a Dr Jerry Jacobson (left), with Dr Bjorn Nordenstrém at the 1994 IABC Conference. JUNE - JULY 1997 NEXUS - 39