Proof that Earthquake Occurrence is Not Random: Analysis of Singularities

 1. Introduction As explained in previous blog posts, I have long believed that earthquake occurrences follow certain laws. However, until recently, such regularity could only be observed within limited scopes, and I lacked definitive conviction. The discovery of "Singularities" has finally provided that conviction, and I will now begin to analyze and publish these findings sequentially.

2. Discovery of Singularities The first group of singularities identified is the Iki-Tsushima　(壱岐・対馬) epicenter group. Located far from the edges of continental plates, this area accounts for only 9 epicenters out of approximately 220,000 total felt earthquakes in the JMA database. While the small number of events is a natural result of having fewer observation points in a remote maritime location, its true significance lies in the minimum "noise" from interference due to its isolation from other seismic groups. Analysis of this area clearly demonstrated that earthquake occurrences follow specific rules. However, I recognized that this location alone might simply be an exception.

Confidence was further solidified by the discovery of 12 additional singularities, obtained by filtering the vast JMA seismic dataset. These 12 singularities yielded results similar to the Iki-Tsushima (壱岐・対馬) group.

3. Analysis of Singularities Although the locations of the 12 singular epicenter groups have already been published, I have only completed the detailed analysis for the first one: the Izu region in Shizuoka Prefecture (静岡県伊豆地方). Nevertheless, the results are already astonishing. I am certain that this data will convince you that earthquake occurrences are by no means random but are bound by strict, rigorous rules.

4. Current Limitations and Expectations I am aware that my claims may seem quite ambitious, and some may expect that earthquake prediction is already possible. To be clear, we have not yet reached that stage. However, I predict that if the existence of absolute rules is confirmed, prediction will inevitably become possible in the future. It is my hope that this research serves as a stepping stone to bring us closer to viable earthquake prediction.