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energy is a temporal scale difference. Mass is not what it seems to be because to define it, we deduce it from Einstein’s equation E=Mc’. In the experimental reality of the infinitely small we always measure energy. The equation should therefore be redefined. The most important question is indeed why the world that sur- rounds us is made of the least heavy components. Physicists would answer that the heaviest particles disintegrate into the least heavy ele- mentary particles! This answer is, of course, not an answer at all. Why is the sum of masses of generated particles always lower than the mass of the original particle, which explains the stability of the atom? When a quark or a lepton transforms (a muon into an electron, for instance), it is said that it transforms into another flavor. In the stan- dard model, every change of flavor content is caused by weak interac- tion. The messenger particle (or gauge field) of this interaction is the boson (W+, W- or Z°). The stability of everyday matter therefore stems from temporal instability! One of the principles of quantum mechanics is the follow- ing: the shorter the lifespan of a particle, the more energy it contains. Similarly, short distances are synonymous with high energies. The log- ical question is therefore: what is this disintegration that produced these transformations towards greater stability? The answer from absolute relativity: it is a transfer of information from one temporal fractal to another in a lower temporal density. I should add that these two particle families (quarks and leptons) possess some properties that can be quite annoying in materialist thinking. Leptons, in particular electrons, manifest themselves as clouds of presence. We do not know their exact position, to the point of wondering if they really do exist, because we can only see the effects. Quarks, which always come in pairs or threes, have a very peculiar property, so-called “asymptotic freedom.” The closer they are, the more their motion is free. We do not know where they are either. Once again, we only see some effects. Therefore, the less there is space, the more there is freedom. question: since matter does not exist, what is reality? Our measuring instruments were replaced by models long ago, because their visual limits were reached with regard to the smallness of what we claim to see. At best, the eye can only see objects a thousand times larger than a high performance microscope. The best optical microscopes can see up to 10° meter (micrometer). Atoms are 10° m large (a thousand times Progress means a better perception of reality 45 Thus, the answer to the question “what is matter?” is in fact another