Magnetosphere Deformations and Earth Wobble Effects

Ever more frequently, Earth's magnetosphere is experiencing severe magnetic twists and temporary loss of her magnetic South Pole, and occasionally the loss of both her N. and S. Poles. This has been described by the Zetas as an indication of the Earth wobble that occurs when the N Pole of Planet X temporarily points its N Pole at Earth, forcing an end-to-end alignment of their magnetospheres. As Planet X continues to approach Earth, this wobble is predicted by the Zetas to increase in severity thereby resulting in more violent weather anomalies, erratic tides, heightened earthquake and volcanic activity and ultimately cause the Static Lean to the Left during the Last Weeks.

This switching about of magnetic alignments jerks the globe abruptly and ultimately results in plate movements. This relationship is illustrated by the incidence of violent earthquake and volcanic activity within a 2-3 week timeframe both before and after these magnetosphere deformations are captured on the magnetosphere simulator. Incidences of severe seismic activity associated with these anomalies have been recorded on this blog since late May 2010.

Pertinent ZetaTalk

"What would explain the magnetic twist (Shared Field, South Pole Drift):

where Earth's field appears to be heading in the wrong direction entirely? Some magnetons from the N Pole of Planet X, which has a wide field, drift to the S Pole of Earth rather than travel on to the S Pole of Planet X." ZetaTalk

"What would cause the Earth's magnetosphere to temporarily show only an outbound stream (blue lines), bypassing the Earth's S Pole (Shared Field, No South Pole):

It is as though the magnetons are diverted away from returning to the Earth's S Pole, and this is what is occurring. When the N Pole of Planet X temporarily pointed its N Pole at Earth, forcing an end-to-end alignment of their magnetospheres." ZetaTalk

"We have explained the twisting and deforming Earth magnetosphere as either
1. an end-to-end alignment so that the Earth’s S Pole seems to be missing altogether, only the blue outbound lines apparent in a compressed magnetosphere,

2. the Earth’s magnetosphere subsumed into the magnetosphere of Planet X so that the outbound magnetons from Earth go directly to Planet X, and those returning to the Earth’s S Pole come directly from Planet X:

The image in question, dated Christmas day December 25, 2011:

is a version of the compressed magnetosphere, but under pressure from a Planet X that is coming ever closer. This is the reason for the increased violence of the wobble, as the PUSH away of the Earth’s N Pole is stronger. This is the reason for the Sun appearing so far to the south at this time, as the Earth is leaning its N Pole away from the N Pole of Planet X. A quick and violent lean into opposition could also occur, due to this increased pressure." ZetaTalk

Following the conspicuous increase in magnetosphere anomalies in February 2012, the NICT Magnetosphere Simulator was frequently offline during March 2012 and disabled indefinitely on April 2, 2012. Fortunately, the same ACE satellite data is available on SolarSoft which also indicates when Earth's magnetosphere undergoes severe compression, as illustrated below:

Referring to the above ACE/MAG-Bz/BTotal plot, when the Bz component (green) merges with the Bt component (blue), severe compression is underway, as well as possible loss of one or both magnetic poles. This information is also provided on the ACE Real Time Solar Wind Data page.

Nomenclature

Bt (or BTotal) is defined as the Interplanetary Magnetic Field (IMF) which is a vector quantity having components Bx, By and Bz. The GSM coordinate system is centered along Earth’s magnetic dipole (N. Pole – S. Pole) axis, thus the positive Bz axis (upwards) is located at Earth’s magnetic N. Pole. The Bx axis, which is perpendicular to the By - Bz plane, runs between the centers of the Earth and the Sun. By is perpendicular to Earth's magnetic dipole such that the plane formed by Bx and Bz contains the dipole axis. When Earth's magnetosphere is severely compressed, values of Bx and By approach positive or negative 1.0 nT and Bz approaches the value of Bt, the Interplanetary Magnetic Field. For a more complete explanation, Real Time Magnetosphere Data – Reading Between the Lines.

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For a detailed summary of magnetosphere deformations & related violent seismic activity between May 28, 2010 and April 10, 2012, click here

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SUMMARY OF DEFORMATIONS SINCE FEBRUARY 25, 2012

LOSS OF BOTH MAGNETIC POLES: February 25, 2012