updated 26 July 2018
Long-time observations suggest that incoming electromagnetic waves caused by specific planetary geometry affect the material world on the atomic level and can force a release of strain along tectonic plate boundaries or simply a deformation of Earth's crust.
The Solar System Geomtry Index (SSGI) is the computation of a dataset for a specific time-frame of values given to specific geometric positions of the planets, the Moon and the Sun. From these values three aspects are derived: positive, negative and mass. These values are then used as an indicator for seismic activity on Earth. A convergence of increased values may indicate larger seismic activity.
After three years of observations, it became clear that some planetary geometry in the Solar System clearly tends to cause a seismic increase, while other geometry does not. From these observations a model was derived and added as an algorithm to the software program Solpage.
Development of the SSGI started in July 2017. A basic algorithm was completed within two weeks. Since then, it has been revised several times. The algorithm has been tested on large earthquakes in the past and shows obvious peaks shortly before a large earthquake occurred.
The index is the sum of geometric values. It is not in any way related to earthquake magnitudes.
The images below are updated with version 4.8 of Solpage using a 60 minutes position interval instead of 90 minutes.
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