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remember past lives, for that knowledge can be accessed only from higher densities (through hypnosis or meditation). Images of these lives are compressed to fit into our daily life (physical temporal flow), to the point of becoming a sublife. These compiled moments disregard specific circumstances, but provide an evolving soul with a general framework. The compacted reincarnation disguises as a cyclical pro- gressive motion leading to the intuitive self-realization of our con- sciousness. It is important we become aware of these mechanisms. Planck, one of the founding fathers of quantum mechanics, laid down the principle that energy exchange between matter and radiation takes place in packets of specific quantities; hence the name “quantum” (pl. quanta) attributed to each elementary packet. By definition, quantum physics is not the study of the infinitely small, but of wave packets. It seems to include the boundary that exists between the microscopic and the macroscopic, considering the extremely small size of Planck’s constant. This is a strong indication of the fractality of nature. In other words, there is a scale problem linked directly to our knowledge and control of the wave packets! Controlling the flow of temporal quanta in a given geographical zone means having total power over matter. This is exactly what ET technology is all about. In quantum mechanics, the superposition of states caused the (false) paradox of Schrédinger’s cat, which is easily explained with 3D time. Schrédinger’s cat is placed into a sealed steel chamber containing a lethal mechanism that is triggered depending on the condition of a proton. This cat can therefore be both dead and alive at the same time. In absolute relativity, and therefore in 3D time, several time densities pass simultaneously in a system as long as the measurement has not been performed. This means that variable t can take several values on which x, the position of a point, depends. The probability of its posi- tion is in fact determined only by the quantity of emerging temporal grains (quanta) at the moment of measurement. The microscopic world may seem completely autonomous, which is actually the case as long as we do not observe it. Since time appears twice (t and c) in the expres- sion t-x/, the position and moment of a particle are subject to the rel- ative viscosity of time observed during the experiment. Quantum probability is simply the expression of an exchange average between grains of time and grains of space. The measuring instrument imposes its macroscopic time flow upon the particle, just as our physical body imposes its flow upon our perceptions. The wave function collapses and the lens of Young’s double-slit experiment, or double-slit interfer- ence, “photographs” the combination of two temporal flows and the Shedding new light on science 259