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also borrowed a great deal from others — i.e., the thought experiment, which is basically what this book is all about. There are several approaches that describe the relevance of mathematics, stating that it is either the absolute expression of the universe or the rudimentary product of human thinking. Nevertheless, one of the fundamental con- tributions of mathematics is the notion of invariance, i.e., generalized symmetry, a sign of coherence and therefore of profound reality. This “great symmetry” exists between space and time: what one loses the other gains. The allure of Einstein is the extraordinary ele- gance of his formula E=Mc’ that generously allows for the symmetry between energy and mass, and even the expression of light speed. Iam proposing a symmetry that only includes space and time, considering that — simply put — energy is the expression of time (or more exactly of a time differential) and that mass is the expression of space (a space differential), knowing that constant c also expresses both. Energy and mass must be quantified in order to be used as representations of time and space. This new approach profoundly changes our possible inter- pretation of observations. ™ uw ero ee rr : a c The great novelty of absolute relativity is that time, in motion for instance, does not grow less with space, but actually increases. Para- doxically, a lot of time passes at the same time during apparent immo- bility, but the time flow is subject to the relative space occupied by the object we study. It is the difference that exists between potential and kinetic” energy. Energy is the actual expression of time. As a conse- quence, motion becomes related to a decrease of space occupied by the object, i.e., the logic of relativistic effects. The most unsettling aspect of absolute relativity is the inversion we need to apply to our perception of time. The characteristics of time are in fact contrary to entropy (more information) and neguentropy (struc- turing of information). We therefore need to take the opposite approach to time: the less time passes, the more there is of it. This new vision leads to several important conclusions. The ST in question is in itself a structure written as “quantity of space over quan- tity of time,” which are therefore absolute instead of conventional quantities. This object takes the properties of velocity. In our standard lan- guage, velocity induces the idea of motion, showing us that motion is actually a singular interpretation of a fractal differential where the notion of information becomes of primary importance. This ratio will be more or less close to 1. Each structure is in itself an information 198 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien