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MEASURABLE Available temporal quanta Electronic spatio- temporal unfolding Atomic fractal The time of the subatomic scale of the nucleus equals the sum of electronic times of the atomic scale NON-MEASURABLE ~~ Sub-atomic fractal 1 Unavailable temporal quanta = Energy of the vacuum Figure 87 Atomic fractal Sub-atomic fractal To fully grasp the nature of an atom, the figure above presents the distribution of chronons (temporal quanta) beyond and below the atomic fractal limit. Everything below this dividing line constitutes the quantum vacuum (spatio-temporal fractal), from which the energy of the vacuum can be drawn. Every electron consists of several photons (another spatio-temporal fractal) of which the equilibrium is lost due to energy level changes. That explains why an electron can absorb a photon (when it lacks one) or emit one (when it is too full). Not surprisingly, Japanese scientists from the Hitachi research laboratories proved that photons behave just like the electrons in Young’s double-slit interferometry experiment Poe at at tAAn It also explains why Feynman diagrams foresee simultaneous pho- ton emission and absorption by an electron in quantum electrodynam- ics (in fact, in absolute relativity, they are neither emitted, nor absorbed). I should also point out that anti-photons do not exist. Please remember that the calculation of an electron’s magnetic moment requires adding four invisible photons to obtain the precise experimen- tal value to within one ten-millionth! That considerably supports my wa 280 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien conducted in the 1980s. approach to time.