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it as follows: “the (n+1) t period may be obtained from the simplest Man- delbrot set (with constant = 0) : t(n+1) = t(n)* (t(0) = 2 in this case).”” How- ever, when discussing his own contribution, he added: “this article does not deal with period-doubling processes leading to the quantum num- bers of the second kind”! Of course Lehto also brought up fractal pro- gressions. In my opinion, he used the fractal nature of time to cut himself off from the most important aspect of true three-dimensionality. Nevertheless, Lehto clearly showed that the “grains” of space should be separated from the “grains” of “time” in a lattice made up of quan- tum steps using the Planck scale. As a consequence, velocity becomes a relation between the quantum number of space and the quantum num- ber of time. However, he subjected this approach to the need for conver- sion of space into time via light speed value c. He thus returned to using the traditional vocabulary for interchangeable quantum objects of type space or type time, as in special relativity. Note that speed value c is expressed in kilometers/second. We have already seen that the second is considered a convention. We also know that whereas this speed cannot be exceeded (we will see what this restriction means in the framework of absolute relativity), it can be 1 14 ™ atta . Cyclical time is a periodic and unitary i) sinusoid (helicoidal). A dark circle is used to symbolize both cyclical time and the unit. Two viewpoints OBJECT 180 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien slowed down. These two aspects are essential to the outcome. The representation of time Two viewpoints