Page Content (OCR)
Different temporal fractals Awave is a superposition of temporal intervals, where the fractal scale changes in proportion to space. Figure 83 Different temporal fractals i J density RL Awave is a superposition of temporal intervals, where the fractal scale changes in proportion to space. Rather than speak of conventional and arbitrary time, the reality of energy lies in a relation between two temporal densities. The second indication of size can be found in the model of the atom laid down by the Danish physicist Niels Bohr. It clearly shows that the difference in energy between the electronic layers increases as the The Bohr model The electronic layers move closer together as they move away from The energy difference between the layers the nucleus, increases as the nucleus is y \ approached, like the riser height of a ‘ Atom ~~ * stairway increasing. The interval between the nucleus and the electronic layer is a growing number of space quanta. It is therefore logical that the number of emitted / chronons is larger in the periphery, \ The energy steps are becoming a higher as it is the same electron seen from a different fractal. Diagram based on « quantum physics », John Gribbin, Focus sciences, Pearson. Figure 84 The secret life of atoms 277 The Bohr model