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As we probe deeper and deeper into the infinitely small, the more this velocity decreases, while keeping the seven iteration interval, because the distance to cover is so much smaller that there are fewer space quanta per fractal level (space disappears). Experiments confirm that this velocity is decreasing when light moves through matter. However, in astrophysics c could be considered much greater on distant spatial scales, because the horizon of galaxies would increase c in accordance with the fractal principle. As a consequence, galaxies may be much farther away than we think and some stars may be closer than expected. Translating the group of seven iterations changes the space-time ratio of c. Please note that the difference between t, and t,,,,, where n’ is the number of iterations separating the observer from the target horizon of c (Q, in the doubling theory), produces a multiple of c, not necessarily in integers, but a whole of positive natural numbers, if this translation takes place towards the infinitely small and the speed of light decreases correlatively. In other words, the temporal dilation of the horizon corre- sponding to t, compared to our physical time is clearly higher than the Change of light speed c* Space-time fractals cluster Planet Determining the scale of current physical laws c* is subject to 7 iterations, but varies in accordance with the scale thereof. Change of light speed c* fractals cluster c* is subject to 7 iterations, but varies in accordance with the scale thereof. 218 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien Space-time