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and compressions correspond with. This is clearly described by a nat- ural “object” called longitudinal waves! These consist of compressed waves followed by stretched waves as in helicoidal springs. In other words, a sinusoid is a succession of much smaller longitudinal waves that move up and in the center of the primary wave. These longitudi- nal waves behave in a quantum manner. They form a sequence of bundles represented in the diagrams by circles. Waves change in several ways. Eager to develop a concept, man developed the arbitrary and conventional time of the standard “sec- ond.” By doing so we completely suppressed the idea that time could be variable (variable quantum time). We lost sight of the fundamental idea of inspired thinkers that all is one. However, first a giant leap, greater than man’s first step on the moon“ was needed to bridge the wou a otaat a : ae gap between admitting the unity and feeling it. To grasp the immediate impact of this new vision, one need only spread out time quanta on a linear axis. We see that by attaching them to one another we obtain a totally different duration of the metrologi- cal orthodoxy generally called physical time. We can therefore compare waves with time spirals. The peculiarity of these spirals is that the number of temporal quanta varies during Projection ona temporal line 7. — QY EEE JV 4 aaeaeaaaaaaeaaaaaaammanaaaamaaaaaaiiie, Yt Time unfolded linearly Figure 16 Projection on a temporal line Time unfolded linearly