Page Content (OCR)
<< t,,, in apparent duration for the observer located in t,,,. Nevertheless, by strictly adhering to the traditional scalar logic of energy, E — included in this expression — corresponds to the energy measured in the fractal space of the observer/measuring instrument. When we 1 wat wen a 4 change space and time, as UFOs do, E becomes a vector. Let us move on to the Compton wavelength: Y.=h/me where h is Planck’s constant, m is mass and c is the speed of light. After having defined h, we can now express m by using c in accordance with anew approach solely centered upon space and time. We have seen that the doubling theory suggested rewriting light speed c. This formulation considers seven iterations between t, and t,,,, where n=7. The speed of light is constant for a given horizon as it rep- resents a maximum deviation between two fractals separated by seven iterations. One of these two fractals can be the observer’s target fractal. mm c a rr o aod : Nea 1 ws Therefore, the point of view (i.e., the horizon) of the observer deter- mines the standard velocity of light. We have seen that the space quan- tum number decreased while the time quantum number increased. This has a peculiar, but not unexpected consequence. Principle of absolute relativity Space growing less Space increasing . . — 1 Logarithmic scale of the variable space quantum number : of the observer e 7 Q, forc * of the observer cincreasing l 7 iterations Ligh speed calculated and measured by the observer i | 7 iterations 1 c decreasing Observer 7 iterations eS n toy Time gaeitinicsale ote Time increasing q variable growing less N will see cas a constant on his own scale, but c varies. Figure 57 Space increasing Towards a new formalism 217 Principle of absolute relativity