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difference is once again that nothing is missing; gravity (or the ST curve) is underestimated. This galactic fractal acts as a much stronger magnifying glass than Einstein’s simple gravity — who saw time as one-dimensional — and therefore validates the three-dimensional, frac- tal and discrete nature of time. You now understand that where Einstein saw a ST curve, I see adjacent sheets of ST fractals where time and space increase and decrease in inverse proportion to each other. a 1 : waa. vee ae a ad c . A galaxy is a disk that rotates around itself, like the rotor of an extra- terrestrial vessel. However, the greatest mass (the so-called density of matter) of the galaxy is clustered together near its center. Because of the kinetic moment of the rotation, everything in the center must spin much faster than in the peripheral zones. Curiously, the circular orbit curve measured from the center of the galaxy to the periphery shows veloci- ties that are very similar between the axis and the crown! The observa- tions of orbital velocity in a galaxy therefore reveal an excessively high peripheral velocity! Almost as high as in the center. The outer stars go into hyperspeed. No one has ever explained this phenomenon (except for some ad hoc acrobatic tricks performed in the two theories of dark matter and shadow matter). With 3D time, the universe does not only Locally, the rotating stars Orbital . velocity cover a greater distance ' in the same fractal time. Theoretical curve 4 Distance Measured curve Local change in space (1) or time (2) caused by receding peripheral stars. t > Galactic Distance enter Effect caused by absolute relativity Figure 96 Orbital velocity Space fractal time. Distance Measured curve Distance 294 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien