One Sky, Two Seas A Recurring Event-Chart Signature in Two Maritime Disasters, Three Days Apart
At the end of the summer of 2026, two maritime disasters struck the waters around Turkey within three days of one another. For readers outside the region, some geographic orientation is useful before we turn to the charts.
On 30 August 2026, a passenger catamaran left the port of Kyrenia (Girne), on the northern coast of Cyprus, bound for Taşucu, a small port in Mersin province on Turkey's southern Mediterranean coast. It was carrying 267 people, crew included. Shortly after departure, only a few miles offshore, the vessel lost stability and capsized, with heavy loss of life. Three days later, after midnight on 2 September, the setting shifted north to the Sea of Marmara — the inland sea that separates the Asian and European sides of Turkey, just west of Istanbul. There, roughly eighteen nautical miles south of the town of Silivri, two dry-cargo ships collided in the dark; one…



These are two dates that you have selectively interpreted. Statistics clearly state that each event must be interpreted. Since you claim that this progresses in bands, such effects should also be seen on other days in the permutation cycle as the bands continue to progress. But you only examined 2 events in total. However, according to sidereal time, the bands are active in each band for 24 hours. Moreover, there are many more locational opportunities for this effect to take effect. The other is that people have more behavioral patterns with these positions, not only losses but also gains should occur. If you find these in the same bands with the same position, then it starts to become interesting. I am not writing this because I want to discourage you. However, if I examine your report from a crude statistical approach, science will not recognize it. Because subjective selection and extraction took place. Regardless, I think the relationship to interspheric stars and the light angle relationships of the planets are also important, but in a complete cluster analysis.