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Science
- Cold Fusion
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Scientists from Trenergy laboratory in Salt Lake
City, USA, claim to have found a way of transmuting nuclear waste into
harmless elements. Confirmation has come from scientists at one of Europes
most respected nuclear laboratories, CISE, near Milan in Italy. |
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Hardest evidence to date of cold
nuclear fusion
Over the years, Share International has printed articles outlining Maitreyas expectations concerning political, social, environmental and spiritual changes in the world, as presented to us by one Maitreya's associates in the London community in which He lives. From time to time, both Benjamin Creme and his Master have shared their prognosis of future developments. In this section, "Facts and forecasts" our staff monitors recent news, events and comments bearing on these insights. "The fusion process is the method for the immediate future. It will use a form of nuclear energy derived from a single isotope of water. It is safe and superabundant in the waters of the oceans and rivers of the world. This nuclear fusion uses not heat, but a cold process, and will be used relatively very soon ..." (Benjamin Creme in 1979 in The Reappearance of the Christ and the Masters of Wisdom) Scientists at the sixth annual Cold Fusion Conference held in Hokkaido, Japan, reported the hardest evidence to date of cold nuclear fusion a nuclear reaction produced at close to room temperatures. The discovery of cold nuclear fusion was reported world-wide in May 1989 when two electrochemists working at the University of Utah in the US announced they had succeeded in producing a nuclear reaction at temperatures of 30-100° Centigrade. Professor Martin Fleishmann of Southampton University in the UK, and Professor Stanley Pons of the University of Utah, passed an electric current through two electrodes immersed in heavy water water containing heavy hydrogen, or deuterium, which has an extra proton in its nucleus. This form of heavy water is found in abundance in seawater. In their experiment, the electric current split apart the waters deuterium and oxygen, with the deuterium accumulating at the negative electrode, the oxygen at the positive electrode. When enough of the deuterium nuclei were packed together, so the theory went, they fused to form helium and excess heat. More heat was produced than was initially needed to start the reaction. Fleishmann and Pons explained the finding of excess heat by postulating a cold nuclear fusion reaction. They were, however, unable to detect the presence of helium which would have supported their claim. The implications of the experiment were stunning. The cold nuclear fusion process, by definition, did not require extremely high temperatures, such as the millions of degrees needed in hot nuclear fusion experiments. In addition, the process released enormous quantities of energy, involved a simple apparatus, and gave off little, if any, of the radiation common to fission (the process of splitting the atom through collision, used for nuclear bombs and nuclear power plants). If the cold fusion technology could be harnessed, it would change the world as we know it. Imagine powering your home with water cells, with no need for utility companies to distribute power, or filling your car with a garden hose. Imagine environmental pollution near zero, and the end of the fossil fuel era. But Fleishmann and Pons could reproduce their results only 30 to 50 per cent of the time. Other scientists around the world tried to duplicate the experiment, mostly unsuccessfully. Fleishmann and Pons findings were deemed to be a fraud or mistake by a number of prestigious scientific groups and individuals, including nuclear physicists working on hot nuclear fusion projects. The two researchers were accused of practising bad science. They left the US in 1990 to work in France, with Japanese financing. Researchers in other countries began cold fusion research projects of their own. Strong evidence At the Conference in Hokkaido, for the very first time more than one laboratory reported quantitative evidence of helium production, a cold fusion by-product. The results were of historic significance they broke all the normal laws of physics and chemistry, and provided the strongest evidence to date of cold nuclear fusion. In 1994, Osaka University in Japan was the first group consistently to reproduce excess heat. They also detected helium production. In 1996, the Rome University group independently produced excess heat and helium with reliable reproducibility. This group, for the first time, demonstrated that helium production quantifiably correlated with excess heat: as heat increased, helium production also increased, and vice versa. The same result was reproduced at the US Naval Warfare Center in China Lake, California. At the Hokkaido conference, four groups reported 100 per cent reproducibility of excess heat: Osaka University, Japan; INFN, Frascati, Italy; University of Illinois, USA; and Clean Energy Technology, Inc, Dallas, Texas, USA. Since 1989, Texas A&M University in the US had also reported excess heat, but not consistently; likewise Stanford University Research Institute in California, since 1995. There were at least 20 additional reports at the conference from groups around the world reporting excess heat in their cold fusion research. David Murphy SHARE INTERNATIONAL - June 1997 Meldung aus dem Magazin Share International,
Juni 2003 (Quelle: Benjamin Creme, Magazin Share
International, Dezember 1988) Die Suche nach unerschöpflicher Energie - "der
heilige Gral der Physik" genannt - gewinnt nach mehr als einem
Jahrzehnt, in dem sie vom wissenschaftlichen Establishment lächerlich
gemacht wurde, wieder an Glaubwürdigkeit. (Quelle: The Guardian, GB)
Bericht aus dem Deutschlandfunk: www.dradio.de/dlf/sendungen/forschak/282367/ [Quelle: Haiko Lietz, 2.07.2004] US-Energieministerium will kalte Fusion überprüfen: www.heise.de/ |
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