Venus was torn out of Uranus’ system by the gravitational-pull effect of the Destroyer and by various other factors and drifted on the Destroyer’s trajectory, in its wake, so to speak, apart from the fact that the comet giant was much faster and left its appendage far behind. When Venus was torn out of the system of Uranus, it was very slow in its initial speed. This happened about 8,590 years ago from the present time, i.e. during a Destroyer passage through the SOL-system, before it had reached the constant of 575.5 years again. In this run, the orbit of the comet was 632 years, 57 years above the constant of 575.5 years, which is so puzzling to us. Venus moved on an extremely slow elliptical orbit away from its original system and made a dangerous orbit between the other planetary systems, and thus also around the central sun and the system sun. This orbit paused Venus until 7,957 years ago, thus over 632 years [cycle duration], when the Destroyer came again and changed its orbit again and brought it on course towards Earth, while the giant itself came into dangerous proximity to the Earth and caused violent destruction and flooding. This was the second deluge of the last 12,000 years caused by the Destroyer. Through these events, the Destroyer once again changed its orbiting time and went through the SOL-system on the next run, without causing any damage, passing very far away from the Earth. Already at the next passage, however, it had the constant of 575.5 years again, namely 6,906 years ago, and again Venus got into its orbit and changed its course again, but now so much that it got into orbit near the Earth and around the central star. It stayed there until 4,058 years ago, when it was affected in its orbit again during the next passage of the giant comet. At that time, the Destroyer had an orbital period of 605 years. Torn from its previous course, Venus now took a course that slowly but surely had to lead directly to Earth, which actually happened. Exactly 3,583 years ago, Venus had reached a very slow orbit, which would have led to Earth even without another appearance of the Destroyer. But then, 3,453 years ago, the Destroyer, which had regained the 575.5-year constant, came back, shot past the planet that was constantly thrown out of orbit at a distance of a few hundred thousand kilometres and finally tore it into its orbit, which Venus now inevitably and finally had to bring to Earth. After a short time, the Destroyer shot past the Earth, in its wake Venus, which came very close to the Earth and caused the Santorini catastrophe. Since then, the Destroyer has again had a very different cycle time over several rounds and has no longer affected the SOL-system if minor irregularities are ignored. So it was not until 1680 that it reached the constant of 575.5 years again, when it passed through the SOL-system again, but this time in an almost peaceful ride and without causing any changes. Therefore, its next run will again be 575.5 years, if it reappears in 2255. What is also important and very interesting to mention is the fact that in the case of this gigantic comet, the inexplicable phenomena of the balancing constant of 575.5 years, which appears again and again, is joined by a second and equally inexplicable phenomenon, namely that the orbital period of the destroyer always and without exception balances out in such a way that two orbits always result in 1,151 years, i.e. 575.5 years in duplicate. For example, if the cycle time is 478 years for one round, then the cycle time for the next round is 673 years with complete certainty. At least that is what the average calculations say. In any case, it is the case that, even if longer non-constant circulations come to light, the years phenomenally always and without exception balance each other out again. It is a phenomenon that is known to our science as unique and actually finds no parallels at all.