Over 11 years of observational research has resulted in the isolation of specific geometry between the planets and the Moon converging before larger earthquakes (see examples below). This research is unique in that it tracks and emphasizes this convergence, i.e. multiple geometries typically grouped within 2-3 days, contrasting existing research limited to single geometries (alignments) or lunar phases, which is often cited to claim no correlation between positions of the planets, the Moon and earthquakes. In order to accurately track geometry convergence, we developed Solpage to compute coordinates of the planets from any centric view in any given time-frame based on the VSOP87 solution. This approach is very different from traditional astronomy or astrology software, which is mostly limited to geocentric, sometimes extended to heliocentric observations. Interestingly, a recent (2023) study utilizing AI, concludes evidence of partial influence of the planets on seismic activity, confirmed by our own study of very dense planetary conjunction clusters.
The specific geometry from observational research and emphasized in Solpage's algorithms appears to relate to harmonics of the electromagnetic (EM) wave 90° property, specifically, 45° and 135° within half a circle (0°-180°), as explained with the SSGI algorithms. Observations also show key roles for Mercury, Venus and the Moon, whereby Venus stands out due to its unique induced magnetic field. Indeed, geometry convergence before larger earthquakes often includes Venus in alignment (0°-180°) with the Sun and an outer planet, but also at 90° (a key property of induction), specifically with Mercury and Uranus, and with Earth and Neptune.
It is important to note that not every convergence results in a major earthquake, which seems to indicate Earth's own geological processes, i.e. tectonic stress buildup until the point of near failure as a crucial and decisive factor.
More examples will be added based on the latest SSGI models.
| examples |
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| 2023 Turkey-Syria Earthquakes (M 7.8, M 7.5) [details] |
| 1722 Portugal Earthquake (M 7.8) [details] |
| 1707 Japan Earthquake (M 8.6) [details] |
| 1700 Cascadia Earthquake (M 9.0) [details] |