On February 25, Earth's magnetosphere underwent grueling contortions for over 15 hours with multiple severe compressions, high-density particle blasts and severe turbulence.  Absolutely no case can be made that attributes such a relentless onslaught to be the result of solar activity.  

If it's not the Sun, then clearly a powerful magnetic influence resides in the inner solar system, aka Planet X, per the Zetas' many warnings and prolific prediction accuracy.

================================================================================

ZetaTalk 

September 21, 2013

"We explained when sunspot activity was surprisingly low during the solar minimum, in 2008, that this was due to the S Pole of Planet X being pointed toward the Sun. The S Pole is a magnetic intake, sucking in magnetons, so this has a quieting effect on the Sun’s surface. Sunspots are inherently magnetic storms, as mankind is aware. This all was contrary to NASA’s predictions, which were for a highly active solar cycle. Now an even larger embarrassment is at hand, as during their predicted massive solar maximum the Sun is still virtually asleep. Time to admit the presence of Nibiru, aka Planet X, which explains it all!"

 

August 6, 2011

"Magnetospheres are fluid and plastic, as the simulation of Earth's magnetosphere shows. The Sun's dominant magnetic field pushes the Earth's field so it is lopsided, leaning away from the Sun. In like manner, the Earth's magnetosphere is being twisted by the influence of Planet X, in the extreme. Planet X is coming between the Earth and Sun, and coming closer. As numerous examples captured by Nancy and the Pole Shift ning team have shown, the Earth's magnetosphere is twisting and often merging into the magnetosphere of Planet X."

================================================================================

September 2013

"This is the height of the 11-year solar cycle, the so-called solar maximum. The face of the Sun should be pockmarked with sunspots, and cataclysmic explosions of X-rays and particles should be whizzing off every which way.

"Instead, the Sun has been tranquil, almost spotless."

http://www.nytimes.com/2013/09/24/science/space/the-sun-that-did-no...

November 2013

"Scientists say that solar activity is stranger than in a century or more, with the sun producing barely half the number of sunspots as expected.

Based on historical records, astronomers say the sun this fall ought to be nearing the explosive climax of its approximate 11-year cycle of activity—the so-called solar maximum.

"There is no scientist alive who has seen a solar cycle as weak as this one."

http://online.wsj.com/news/articles/SB10001424052702304672404579183...

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Sources

http://iswa.ccmc.gsfc.nasa.gov:8080/IswaSystemWebAp

http://www.lmsal.com/solarsoft/last_events/

http://www.solarmonitor.org/region.php?date=20130225&type=1&...

http://spaceweather.com/archive.php?month=02&day=25&year=20...

 

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Comment by Howard yesterday

Earth's magnetosphere endured a severe compression nearly the entire day on Tuesday, October 15, being completely subsumed at times by the dominant magnetic field of Planet X.  Over 12 hours daily of omitted BATSRUS renderings has become the norm.

Yet the Sun remains asleep in one of the deepest slumbers in the memory of man. 

Sources 

https://spaceweather.com/archive.php 

http://www.lmsal.com/solarsoft/latest_events/ 

https://iswa.gsfc.nasa.gov/IswaSystemWebApp/

Comment by M. Difato on Monday

ISWA Magnetosphere cygnets Y-Cut and Magnetopause Position showing a heavy hosing of magnetons Sunday October 13, 2019. A strong Magnetic twist and severe compression can be seen.

The Gif below starts with 4 hours of missing images/frames and ends with another 4 hours of missing images/frames.

Standoff position cygnet and chart readings showing the Magnetopause (forward Sun facing portion of the Magnetosphere) within the Geosynchronous orbit.  

Comment by M. Difato on October 8, 2019 at 5:17pm

ISWA BATSRUS Y-Cut showing a strong wave of magnetons again this morning of October 8, 2019.

The Gif of the Y-Cut is as seen with 2 missing frames/time events. Both just about 4 hour in length.

Strong compression also seen in the Magnetopause position and Standoff cygnet and chart

for this same time period.

3 day ACE Magnetic Field readings with all 3 [nT] field components.

 Readings with [By] component removed (Oct. 8) 00:00  - 10:30 UTC

Readings with [Bz] component removed (Oct. 8) 00:00  - 10:30 UTC


No signs of a restless Sun.. (Noteworthy the SpaceWeather .com is offline (Oct 8).

Comment by M. Difato on October 8, 2019 at 8:00am

ISWA Y-Cut cygnet showing a magnetic twist and severe compression event October 6, 2019 

following 4 hours of missing images/time.


Beginning the evening of September 30, 2019 and continuing as of October 7, 2019 Most of the ISWA Magnetosphere cygnets go offline with missing images averaging 4 hours, three times a day.

This can be seen in the Magnetopause Standoff charts for the past 8 days.

Each of the Eddy Flow events below as seen in the Y-Cut cygnet also showing a 4 hour missing frames/time. 

Comment by M. Difato on October 2, 2019 at 1:48am

ISWA Magnetosphere Y-Cut and Magnetopause showing a number of Polarity Increases following missing frames/time. 4 of the 5 different missing frames/time events had cygnets offline for hours over the last 24 hrs. Preventing viewing of a Mangled or Skewed Magnetosphere.

Still Images of the Y-cut left last image before missing frames/time, and the Y-Cut image right is the first return image.

To better show compression of the ACE Magnetic Field measurements some charts are shown with only the Bz (red) and Bx (black) directional components

 

Ace Magnetic Field October 1st, 03:30 - 16:00 UTC,  readings with [By] component removed.


Ace Magnetic Field September 30, 13:00 - October 1, 03:00 UTC, readings with [By] component removed.

3 day ACE Magnetic Field readings with all 3 [nT] field components.

The Magnetopause Cygnet activity seen over the last 3 days, with missing data.




Image sources:

https://spaceweather.com/

https://ccmc.gsfc.nasa.gov/iswa/

Comment by M. Difato on September 25, 2019 at 3:24pm

ISWA Magnetosphere Y-Cut and Magnetopause cygnets September 24, 2019.

Strong blast of Magnetons not from the direction of the Sun as seen in the Magnetopause cygnet.

Along with an Eddy Flow of Magnetons that look to be more to the side rather than directly behind the Earth. 

Sources:

 https://www.swpc.noaa.gov/products/planetary-k-index

 https://ccmc.gsfc.nasa.gov/iswa/

Comment by M. Difato on September 18, 2019 at 2:54pm

Many of the ISWA Magnetosphere cygnets (Y-Cut, Z-Cut, Magnetopause, and others have been offline beginning September 13, last image taken 21:21 UTC, Sept. 13, 2019 and remains offline at the time of this post(Sept 18).

The ACE Magnetic Field timeline showing daily compression's .

Comment by M. Difato on September 12, 2019 at 3:32am

ISWA BATSRUS Y-Cut showing a strong wave of magnetons earlier today (Sept 11) .

Strong compression also seen in the Magnetopause position and Standoff cygnet and chart

for this same time period.

Comment by M. Difato on August 28, 2019 at 11:57pm

Extreme compression of the magnetopause following strong blasts of continued waves of magnetons (seen almost daily now). 

The Standoff position cygnet and chart readings on August 27, 2019 at approximately 12:40 UTC shows the Magnetopause (forward Sun facing portion of the Magnetosphere) well within the Geosynchronous orbit.  

There was a recorded wind speed of 1,374 km/s ahead of this event August 27. 

(August 25, 2019)

SpaceWeather .com caught flatfooted with predictions as usual. And then lean on the ole Auroras to establishing accuracy, and validity.

Image source:

http://spaceweather.com/

https://ccmc.gsfc.nasa.gov/iswa/

Comment by M. Difato on August 26, 2019 at 8:30pm

ISWA Magnetosphere cygnets and readings showing Earth's magnetic field bombarded with waves of magnetons and resulting strong compression of the magnetopause, recorded in the Standoff position cygnet and chart readings.

The severe pressure on the magnetosphere on August 25, 2019 at approximately 18:20 UTC shows the Magnetopause (forward Sun facing portion of the Magnetosphere) was near or within the Geosynchronous orbit of the Earth. 

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