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Moving fractal space and time closer together requires us to associ- ate a given temporal flow with a given part of space (horizon or spatial scale). This is the general framework of the universe. An observer can thus easily change his point of view and move from one ST to another. This changed point of view, e.g., by means of psychism, influences his perceptions to a certain degree depending on the number of shifts (iter- ations) realized in either direction (towards the right or the left in fig- ure 59). It is not astounding that Einstein’s thought experiment led him to believe that an observer traveling at light speed (the large arrow in the figure) sees the photon as immobile. The velocity expressed by the space-time ratio has become (quasi) zero compared to its old frame of reference (n). Nevertheless, things are slightly more complex in absolute relativity. Either three observers n, n’, n” are as positioned in the figures men- tioned above (n is between n’ [microscopic] and n” [macroscopic]), or the light speed of the observer is also c,,,. It follows that: sees n’ at velocity S/T according to his degrees of freedom of space, with S’ being the quantum value of space n’ and T being the quantum value of time n. The spin of a particle greatly resembles the boundary of two intrinsic degrees of liberty by a rotation around itself. This explains the aforementioned instants of non-observation (in fact T’) and its orbit around the nucleus in the classical configuration of atoms. The movements at constant or accelerated velocity are therefore per- ceived by the observer if and only if they take place outside the plane of rotation. The velocity is interpreted as an observable ST differential (as it is located outside the plane of rotation), and the acceleration as a change of this differential. Once again, energy E=t“. stn applies to a given horizon (that of the observer); hence its apparently scalar nature. In absolute relativity, we need to distinguish between time and space, just as Lehto did with his cubic lattices. The fractal values of space and time are translated into a scale of quantum values, specific for each one, or f; = log p;/log qs and f,; = log p;/log qr. We now know that these logarithmic scales are inverted. For the observer, the veloc- ity of “object” n’ or n” is therefore expressed in two ways: 224 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien 1. ifn’ orn’ €C,,,= n’ orn” can be observed by n. 2. ifn’ orn’¢ Cops n’ or n” cannot be observed by n. It is clear that ‘observed’ means measurable in this case. Observer n