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Asymptotic freedom of quarks 4 The closer the quarks, the larger their freedom of motion. Nucleons (proton or neutron) Virtual rubber band In case of inter- particle shock, the quarks are repelled. The tension on their The tension on the rubber band tightens virtual rubber band and recalls the quarks. tightens. They cannot be separated. Quarks Diagram based on « quantum physics », John Gribbin, Focus sciences, Pearson. Figure 86 quantum chromodynamics and bears a strong resemblance to a new fractal with less space and more time (compared to the atomic scale). The nuclear force is therefore the manifestation of a resistance to the Hence the stability of matter. By breaking this force (fusion, fission), a time flow is transformed into spatial expansion through compression (the same procedure used in nuclear bombs). Breaking a nucleus destroys the spatio-temporal equilibrium of fractals. Nuclear weapons therefore shake up the fractal worlds of ETs considerably, due to the temporal collapses they pro- duce. The ground may literally disappear from under their feet. That explains why ETs keep a close watch on Earth and, more in particular, on our strategic nuclear sites. The third indication is the superposition of quantum states, allow- ing a particle to exist in different places at the same time in the absence of macroscopic interactions. How is that possible? These potential places exist only for us, who belong to a different spatio-temporal frac- tal, not for the particle that is part of the initial unitary system. The par- ticle is in fact a spatio-temporal congruity to the whole called atom. The secret life of atoms 279 Asymptotic freedom of quarks The tension on the Diagram based on « quantum physics », John Gribbin, Focus sciences, Pearson. transformation from time into space, as some kind of anti-return valve. wr A ea