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(contained particle). This motion does not exist because space does not exist above the given horizon. If you can picture this motion, it exists only intrinsically by changing scales. However, the actual scale change is the inverted fluctuation of time and space. In other words, absolute space disappears due to the fractal fluctuation of time. This logic would dictate that the ultimate phase of space is an absence of itself, whereas time would be a form of motionless perma- nence, a continuous light purified of all movement (motion requires space). This is evidently not easily accepted by the mind, but quantum experiments are particularly counterintuitive. Therefore, Planck’s constant should be expressed only through time. Please remember that although we may object to this innovative approach, there is a great conceptual void on the nature of space and time below the quark scale. However, this conceptual void represents almost half of the universe in terms of the number of scales. If h is a constant, it must be written as a ratio, in this case the ratio between the times of two, directly adjacent or overlapping horizons (fractals): h=tA, where t, is the smallest quantum time and t, is the smallest quantum time that contains t,, h being an energy constant, whereas the energy must be expressed by a temporal fractal ratio. Ari Lehto expressed fre- quency f by unitary cycle t. This cycle can only be t, in our expression. The energy is thus expressed by: where t, is the smallest quantum time and t, is the smallest quantum time that contains t,. We can extend this formula by considering two fractal scales t, and t,.,,, where s is the index of the source fractal and s+n is the index of the number of fractal iterations between the source hori- zon (not necessarily the smallest possible) and the target horizon of the larger spatial scale (the observer). As a result: It is important to pay attention to our definitions of certain terms. The logic of the horizons distinguishes between the point of view of the observer and of the object in question. In this case, t, > t,,, because the absolute value of the number of temporal quanta is used. However, t, 216 The Science of Extraterrestrials: UFOs Explained at Last * Eric Julien