SSGEOS Research and EducationFeb 9
With the latest #Solpage and #SSGI version we are updating example illustrations. This is the planetary and lunar geometry on 3-5 February 2023. Most critical was the convergence of Sun-Venus-Jupiter with Mercury-Sun-Uranus at Full Moon (Moon-Earth-Sun).
SSGEOS Research and EducationFeb 9
This month marks the 10 years anniversary of our in-house software #Solpage, which reached version 10 last year. Development came out of a need to compute geometry from any centric view, not just geocentric or heliocentric. Over the years it grew far beyond its basic functions, with the integration of #SSGI, cluster computation, datasets and statistical analysis to provide evidence of planetary/lunar influence on seismic activity:
https://github.com/ssgeos/conjuntclust6p-2000-2024
SSGEOSJan 29
Our website ssgeos.org provides #SSGI graphs for both emphasized geometry and the most recent corresponding seismic activity. The geometry is always explained in detail in our latest forecast videos.
SSGEOS Research and EducationMay 23, 2025
In this time-frame clustering of stronger (M ≥ 5.5) #earthquakes occurred primarily after lunar peaks (green). The largest #earthquake was M 6.5 near the north coast of New Guinea, P.N.G. on the 20th. #SSGI
SSGEOS Research and EducationMay 14, 2025

An obvious cluster of stronger (M ≥ 5.5) #earthquakes occurred yesterday following the sequence of planetary and lunar geometry from 9 to 12 May. Stronger tremors tend to occur in temporal clusters (without spatial component), i.e in a short time in different regions.

For a detailed analysis of this #SSGI graph, check out
https://youtube.com/watch?v=ezv20mRKdSg

Major cluster sequence of planetary geometry ahead 15-17 May 2025 - WATCH IT

YouTube
SSGEOS Research and EducationApr 29, 2025
The strongest #earthquake in the last two weeks was M 6.6 at the Southeast Indian Ridge. Note the temporal clustering of M ≥ 5.5 earthquakes depicted on the #SSGI graph. Stronger earthquakes tend to occur in clusters, rather than on average.
SSGEOS Research and EducationApr 16, 2025
We're very excited about our new #SSGI graph, which reached version 10. Along with the curved peaks we also added algorithms to improve lunar peaks (LG, green colors). This graph covers 7-16 April. Note the temporal #earthquake clusters.
SSGEOS Research and EducationApr 10, 2025

We have updated our #SSGI models. They now show curved peaks instead of blocked peaks. It's been on our wish list for a long time.

Here we show the updated version of the largest #earthquakes on record. Purple/red peaks indicate conjunction clusters. See statistics: https://mastodon.world/@ssgeos_edu/114278813610936164

SSGEOS Research and Education (@[email protected])

Attached: 1 image Training AI to let it define conjunction clusters reveals a statistically significant correlation for the period 2000-2024. This cluster definition is slightly different from our previous definition. The results show: - Total extended window duration: 4,344.31 days - Total observation duration: 8,878.62 days - Expected probability: 48.93% (the proportion of time covered by extended windows) - Observed successes: 92 out of 156 earthquakes (59.0%) - Binomial test p-value: 0.0129

Mastodon
SSGEOS Research and EducationApr 5, 2025
In our weekly #SSGI video analyses, we always use a M ≥ 5.5 threshold. This is because specific planetary conjunction clusters statistically result in a seismic increase. These stats are based on the same conjunction cluster definition used for our M ≥ 7.4 analysis.
SSGEOS Research and EducationSep 18, 2024

Two clusters of strong (M ≥ 5.5) earthquakes occurred at and following the near quadruple conjunction around 11 September 2024.

Stronger earthquakes typically occur in temporal clusters, rather than on average. #SSGI