Did you know... The components of the electromagnetic wave, i.e. the electric field (E) and the magnetic field (B) are always in a 90° relationship. #SSGI models emphasize multiples of 90° between planets, the Moon and the Sun: - 0.0 x 90 = 0° - 0.5 x 90 = 45° - 1.0 x 90 = 90°

WHY WE STOPPED USING X https://t.co/mToKf9r0C5

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

Second planetary/lunar geometry cluster out of three. Detailed analysis: https://t.co/8B8zle08E1 Information on planetary positions and earthquakes: https://t.co/0DP7YJDPbm Peer-reviewed paper: https://t.co/Ryea5DId3i Tidal triggering: https://t.co/kYBquDC8TC

First planetary/lunar geometry cluster out of three in the coming days. For more information on planetary positions and earthquakes: https://t.co/0DP7YJDPbm Peer-reviewed paper: https://t.co/Ryea5DId3i Detailed analysis: https://t.co/HgCJ6ocPFJ

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

Anyone interested in the data can find them in our Github repo:

We shared the 5 dense planetary conjunction clusters from 2000 to 2024 all coinciding with M 7+ #earthquakes within 5 days. But we missed one cluster in May 2000. Earthquake? M 7.2 Argentina, 12 May 2000. We updated the illustration and statistics: binomial p-value: 0.00008276

Some clustering of stronger (M ≥ 5.5) tremors today, following yesterday's lunar geometry. Yesterday's video explanation: https://t.co/qnSvDpO4l9

We suggest this thread (going upwards) for further study.

Using #Solpage we found one of the densest clusters in recent history producing 26 conjunctions due to a near 8-tuple conjunction from 21 March to 4 April 1762. Only Neptune was absent. On 2 April 1762 a M 8.8 #earthquake occurred at the Arakan subduction zone (Bangladesh).

Dense planetary conjunction clusters are rare. The next occurrence is in March 2029, producing at least 15 conjunctions (from 25-28). The tightest cluster (within 48 hours) occurs from 26-27 March. The cluster occurs because of a very rare 6-tuple conjunction. It is the densest

Dense planetary conjunction clusters are rare. The next occurrence is in March 2029, producing at least 15 conjunctions (from 25-28). The tightest cluster (within 48 hours) occurs from 26-27 March. The cluster occurs because of a very rare 6-tuple conjunction. It is the densest

A new function in #Solpage can trace clusters of planetary conjunctions. As a test we traced clusters with 6(!) or more conjunctions occurring in 48 hours. From 2000-2024 only 5 such clusters occurred. The odds that a M7+ quake occurred within 2-5 days of all clusters? Let's see:

There is order in the Universe. Everything in existence is based on specific geometric patterns. Nothing is random! The geometry of the Solar System is defined by multiples of number 15. It even defines G and M and rules orbital velocity and period. https://t.co/aG38si7Z2E

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.

A peer reviewed study by Moroccan scientists from 2023 using AI confirms that planets can have influence on seismic activity. https://t.co/UJwGfpYF9W

The Mw 6.2 #earthquake in Western Turkey is part of a significant cluster of stronger earthquakes that started on the 22nd. For more information on the cluster of geometric interaction on 21-22 April, see our 16 April video at 2:33: https://t.co/UNUISX9xA6

A 2004 study estimated a 35-70% probability of a Mw > 7.0 earthquake in the Sea of Marmara near Istanbul in the next 30 years (2004-2034). The seismic gap is indicated on the map by red arrows. Based on this study we can conclude that there is reason for concern.

The strong Mw 6.2 #earthquake in the Sea of #Marmara today occurred in a region that has not experienced major earthquakes in at least the last 500 years. Tremors occurred to the west and east in 1509, 1766 and the 20th century (1912-1999). Today's event could be a foreshock.