◆ SpookStack

Approved For Release 2000/08/10 : CIA-RDP96-00792R000300020002-1 TLN465-92 be hypothesized that events far apart in time can form a contuun through this type of overlap. This explains the phenomenon of precognition, because there would be no information transfer over time. Toben and Wolf hypothesized channels between widely separated time and space which allowed PSI to transcend time and space. However, no one knows how to test this theory. UNIVERSE LINES In images of the traditional three dimensional universe, the basic particles are represented with a dot. However, in Einstein’s four dimensional time and space continuum, basic particles are described as lines. In the four dimensional universe, part of this universe line represents the past positions of this particle, and the other part represents the future positions of the particle. Nash believes that these universe lines connected people’s minds to events far removed in time and space, and provided a basis for PSI. Through a shift of Universe lines, within the scope of the Heisenber@ uncertainty principle, information on the state of certain particles could, without the use of any energy, be transmitted to particles in the sensor’s brain. Through the causal effects of the past, information on the future states of the object coils be passed on to the sensor’s brain. The PK effect. would also be caused by particles in the brain, which would be passed through universe lines to the particles of the external objects. LONG RANGE EFFECT HYPOTHESIS Einstein, Bodolisike (translator’s note: phonetic} and Rosen announced an experimental idea, which was the famous EPR fallacy. In this fallacy, two members of a pair of subatomic particles stuck together such as photons or protons are separated, and then are observed. According to the theories of quantum mechanics, these two members have a certain physical state, such as spin, that would be opposite in value. It would not be known which would rotate upward and which would spin downwards until they were separated and observed. If, after separation, one of the particles were observed to be spinning in a certain direction, then the other particle would be spinning in the opposite direction, regardless of how far they were spart. This requires the transfer of information at 4 speed greater than that of the speed of light. Einstein used this experimental idea as the basis for opposing the theory of quantun mechanics with which he did not agree, because this theory contained the element of probability. However, since then, a number of physicists have performed laboratory experiments in order to support this theory of quantum mechanics which is in opposition to the EPR argument. Two of these were American Physicists John Clauser and Abner Shimony. They reached a conclusion: The results of the experiment must led to one of the two following conclusions. The first conclusion is that when the spin of the first particle is observed, the spin of the second particle is determined at the same time. Under these conditions, one is forced to recognize the existence of the simultaneous long range effect. The other 55 Approved For Release 2000/08/10 : CIA-RDP96-00792R000300020002-1