Page Content (OCR)
matter and energy contained in a given volume of space. This shows us once again that what we see is limited by the spatial matrix. The professor from Jerusalem said: “The second law of thermody- namics forbids such inverse processes....As first emphasized by J. A. Wheeler, when matter disappears into a black hole, its entropy is gone for good, and the second law seems to be transcended, made irrele- vant. Perhaps the universe has somehow managed to spontaneously become/turn into a self-organizing system by sweeping disorder under an event horizon from which it cannot escape.” This question curiously reminds me of structured (neguentropic) dematerialization phenom- ena. Jacob Bekenstein added an interesting argument: “...The increase in black hole entropy always compensates or overcompensates for the ‘lost’ entropy of the matter. More generally, the sum of black hole entropies and the ordinary entropy outside the black holes cannot decrease. This is the generalized second law — GSL for short.” Beken- stein is saying in his own words what I am arguing here: the quantity of information, and therefore of time quanta, increases in the invisibly ate ted wa and infinitely small! Remember" that two American physicists, Emil Mottola of the Los Alamos National Laboratory and Pawel Mazur of the University of South Carolina, have established a theory on so-called gravastars,'" in which, beyond a certain limit, matter resembles a Bose-Einstein con- densate, i.e. vacuum bubbles! Their claim is backed by the Frenchman Eric Gourgoulhon from the Meudon Observatory. In other words, the vacuum, in reality the absence of all corpuscular behavior, is allegedly full of entropy and therefore of information! More specifically, the immaterial possesses more information than the material! In absolute relativity, both time and information increase during non-observation intervals. Understanding the above means understanding abductions, dreams, imagination and all sorts of spiri- tual experiences. All these experiences are ““more-than-real,” because they possess more information than the physical world. Do I even need to emphasize this point? Do we need to tell neurobiologists about the origin of information perceived by the brain, or psychiatrists about the origin of mental experiences? If the entropy of chemistry (10” bits) is considerably higher than that of informatics (10" bits), the entropy of a black hole, made of vacuum, cannot be compared with the aforemen- tioned because it measures approximately 10% bits! Of course, this digression on black holes is not directly related to the illustration of my argument. The moral of the story: invisible worlds possess superior knowledge! 302 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien