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quantum time algebraically superior. In this sense, time dilates, i.e., increases numerically. However, time slows down. In other words, it must quantitatively decrease compared to the temporal flow that is millions of years old on Earth, but only equals a few days inside a space vessel. Where does this contradiction come from? It is caused by the intervals between time quanta that do not have the same ray. It is also caused by the fact that we persist in our inertial way of thinking. Indeed, the conversion of quantum time is not entirely dedicated to the kinematics of the object that approaches light speed. It is actually most of all Einstein’s error, for whom this conversion took place in extenso. In absolute relativity, quantum time goes from a kinematical use to an informational use, and vice versa. What does this mean? What is seen in a given ST as a kinematical phenomenon is seen as an accumulation of information in a higher ST. Please note that the vibratory state of a body is in itself a ST. Hence, there are two different situations: one where the motion takes place in, or is seen from a ST of lower temporal density and one where the motion takes place in the ST considered common to the vibratory state. However, in this case, the motion is related to the irruption of a higher temporal density. There- fore, it will not be seen as such! In other words, the temporal quanta disappear in terms of time flow and gradually transform into simulta- neous information, but are translated into motion in the lower space- time. This happens to high-atmosphere muons that seem to live longer. These muons are heavy electrons that are therefore part of a high time density, different from ours. In the other case, extratemporal quanta appear in the ST in question, where the movement is not felt as such — we feel what seems to be a longer duration. Nevertheless, the increase does not last because the number of space quanta decreases. Therefore, the very idea of motion is no longer of consequence. As we have seen in “Time for reflection,” our most important mis- take is that we associate time with the feeling of temporality and there- fore with the passage of time. Remember that in Einstein’s thought experiment nothing happened to the momentum of the photon. From the perspective of absolute relativity, all the time quanta linked to the motion are “consumed” by superimposed quanta and then transformed into pure information. It has been proven that time can be superim- posed, particularly in Bose-Einstein condensates. This superimposed time is expressed by simultaneous information. It is all the more important because the temporal density is high. In other words, the Shedding new light on science 255