Magnetospheric Turbulence

[Howard]

The Zetas have explained that as Planet X approaches, the blast of magnetons emanating from the N Pole of Planet X will increase in intensity and envelop a broader area around Earth's magnetosphere such that the flow of magnetons from Earth's magnetic poles will increasingly become more turbulent and constricted, as well as a forward leaning tilt of Earth's magnetic dipole in the direction of Planet X.

On 24 November 2010, an eddy flow of magnetons formed within Earth's magnetic field as a result of this onslaught from Planet X, which was recorded by the NICT Magnetosphere Simulator.  (The original image has been flipped horizontally to match the perspective of the above BATSRUS images.)

The Zetas explain:

"We have often referred to the Earth as being caught in an eddy flow in front of Planet X as it moves outbound from the Sun and toward the Earth. Particles, flowing from the Sun and coming around behind Planet X, tumble into the void in front of Planet X and roil. This tumbling action keeps the Earth and the other planets caught in the eddy flow from leaving this trap. Something similar has happened this day to the Earth's magnetic field, where an eddy flow has developed behind the Earth due to the strong flow of magnetons coming from the direction of Planet X. That an eddy flow of magnetons has formed behind the Earth, for the first time, shows that the blast coming from Planet X is stronger, covering a vast area around the Earth, so these magnetons have no escape! What will the wider blast of magnetons coming from the N Pole of Planet X mean? Earth might have leaned into temporary opposition or a temporary lean to the left, but this was slight. Now, these positions will be more violent, and more extreme, and this is what will cause increasing plate movement, the 7 of 10 scenarios." ZetaTalk

The top animation (source) recorded on 3 August 2012 depicts a severely turbulent flow of magnetons within Earth's magnetic field and is most evident in the following frames:

It should be noted that the red magnetic field lines shown in the BATSRUS images depict CLOSED field lines (i.e., they circle back to Earth).  Such closed field lines were also recorded on the NICT Magnetosphere Simulator during instances of severe compression.  The BATSRUS images suggest these closed field lines are not only becoming more elongated but also twisted and eddy-like.  Further evidence that Planet X is relentlessly closing the gap between a hapless Earth which is caught in an ever-intensifying hose of particle flows.

"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

 

See also: Interpreting Real Time Magnetosphere Data

[Ryan Giorgis]

i am glad to hear that this was happening.  the last week, i've felt bombarded, and i know those around me felt it too.   thank god i'm blessed with amazing friends, and blessed with all of you.

much love:) 

[Kris H]

Footnote to previous comment: Axis tilt is affected by benign aliens as part of "simulating the seasons", though I believe the Earth has been pushed back into the August orbital position anyway. So my comment should be regarded in that context.

[Kris H]

Thanks Howard, very helpful. So then, instead of the Sunside angling to the right, it is tilted down, below the ecliptic. This would be due to Earth's axis tilt when it is Summer in the Northern Hemisphere, right?

[Howard]

Kris - The BATRUS model utilizes the Geocentric Solar Magnetospheric (GSM) coordinate system which the NICT Magnetosphere Simulator used as well.  Thus, the perspective is from the side, Z being the vertical magnetic field vector component and X being the radial magnetic field vector component running between Earth and the Sun.

About Earth's Magnetosphere

Interpreting Real Time Magnetosphere Data

[Kris H]

@Howard: I am guessing it is the view from above. It's called the y-cut, and the y-axis is generally the vertical. X-axis would be toward/away from Sun, and z-axis forward/backward in orbit. Just want to see if you agree. If that is the case, look at how the front of the magnetosphere bow has distorted toward the right of the Sun. Clearly showing Earth reacting to another magnet! Also, that is where PX is supposed to be positioned at present.

[Kris H]

@Howard: When looking at the images in the animation, what is the perspective? Are we looking down from above, where top of image would be the clockwise direction of orbit (direction Earth being pushed back)? Or is it from the side, where top of image would be North?

[KM]

Thank you Howard, this definately shows the wobble getting more severe for sure!