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rather than place ourselves in a theoretical conceptual realm of imagi- nation that does not relate to any experimental references. The danger of mathematics is that, although it is able to detach from the facts and perceive the underlying mechanisms, it creates an ever increasing con- fusion between the expression of reality and the conceptual means used to understand it. For example, imaginary numbers are instruments that avoid the problems that come with formalism. Although they do not exist nat- urally, electrical engineers use them on a daily basis. However, if we lack discernment, we may easily be seduced by the allure of such mix-ups and carry the superposition of the concept and the way in which it is expressed too far. The complexity of topology is a good example in this respect. When it is no longer possible to visualize, we over conceptualize. However, we have completely forgotten to attend to our feelings! Time can be superimposed because we divide up parts originally joined by a spatio-temporal link. Therefore, the nucleus and the elec- trons of a given atom are forever linked by their original structure forming a single whole that I am calling “homeostasis with dynamic flexibility.” This actually explains why a nucleon always consists of three quarks. Genesis of a stable atom prior to interaction : with its environment Electronic layers The electrons unfold in pairs as the electronic layers move farther apart. appear correlatively to compensate for this spatio- O Electrons temporal homeostatic distribution. Figure 81 Genesis of a stable atom prior to interaction SPE, with its environment 274 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien The electrons