http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

More severe compression of the magnetosphere today at 04:00 UTC -

And now it appears down again.  Many hours of "oddness."

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Another severe compression of the magnetosphere around 12:00 UTC today.

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http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Indeed, KM.  Here are the animations.

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Animation of BATSRUS images depict severely compressed magnetosphere today beginning around 20:00 UTC.

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Another severe compression of the magnetosphere today.

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http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Thanks, KM.  Yet another severe compression of the magnetosphere.  Animation between 15:00 and 20:00UTC today.

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Interpreting Real Time Magnetosphere Data

In what has become almost a daily occurrence this month, the magnetosphere undergoes yet another severe compression.

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Another severe compression of the magnetosphere today around 15:00 UTC.

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The second incidence today of a severely compressed and subsumed magnetosphere.

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The third and most prolonged magnetosphere compression of August 18, nearly 4 hours in duration.

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Today's severe compression of the magnetosphere beginning around 10:00 UTC.

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Two severe compressions of the magnetosphere today commencing at approximately 02:00 and 12:00 UTC.

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Two consecutive days with two severe compressions of the magnetosphere.

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The August magnetic trimester goes out with a bang. 

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http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Another violently severe compression of the magnetosphere today at around 12:00 UTC.

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Magnetosphere Turbulence
http://poleshift.ning.com/profiles/blogs/magnetosphere-turbulence?x...

http://zetatalk.com/newsletr/issue154.htm October 11, 2009

S Pole Missing

October 1, 2009 Another earthquake struck [Sep 30] near the Samoan islands,
Then on October 7, 2009 another series of quakes along the northern edge of the Indo-Australian plate. Initially listed as a magnitude 8.1, the first slam was quickly downgraded by the USGS to a 7.9, o

What would have caused all those great quakes along the Indo-Australian plate? The answer lies in the magnetic field of Earth, which temporarily lost its S Pole!

At noon today, I checked my 2 compasses and saw that they had switched from holding at due North for many days to 60 degrees West of North. A huge swing! Then a couple hours later, the 8.3 quake hit Samoa. A big wobble must of occurred and the compasses reflected the change. Coincidence?

I checked the Magnetosphere Simulator site and the S Pole (red) seems to have disappeared! It was shrinking when the 8.3 hit in Samoa around 17:00 UTC on September 29, but 12 hours later was completely gone!

his was not the case during times when the Earth's magnetosphere was blasted by the hose of particles from the N Pole of Planet X, such as the July 21, 2009 blast or the January 21, 2009 blast. This video from July 21, 2009 does show, however, that such blasts are accompanied by a reduced S Pole for the Earth's magnetosphere.

VIDEO: July 21, 2009 Blast

The effect on the Earth magnetosphere was different on September 30, 2009 than formerly, as there was apparently no large blast of magnetons yet the S Pole disappeared entirely. What is the relationship between this odd magnetic twist and the big quakes? The Zetas explain.

ZetaTalk Explanation 9/30/2009: Any plot of a magnetosphere will show output from the N Pole, regardless of what activity might be ongoing at the S Pole. magnetons flow out from the N Pole, circle round, and return at the S Pole. What would cause the Earth's magnetosphere to temporarily show only an outbound stream (blue lines), and this almost entirely turned quickly in space toward the direction of the Earth's magnetic S Pole rather than arching out into space before returning? It is as though the magnetons are diverted away from returning to the Earth's S Pole, and this is what is occurring. We have stated that the N Pole of Planet X is increasingly pointing toward Earth, forcing the magnetic N Pole of Earth to push away during the daily Earth wobble that results. If this flow of magnetons from Planet X is strong enough, the magnetons flowing out the Earth's N Pole cannot fight the push in order to return to the Earth's S Pole. In this case, they form the larger field temporarily formed by Planet X and the Earth, which are attempting to form an end-to-end magnet at this point, and return through the S Pole of Planet X!

What relationship, if any, does this have to the strong series of quakes in Samoa? We have described this part of the globe, the Indo-Australian plate that is being pushed under the Himalayas, as the brake point, holding back larger plate adjustment worldwide. Thus, this is where global adjustments start. This plate moves, then other adjustment that were waiting to happen can proceed. The relationship between the magnetic simulation charts showing the S Pole temporarily disappearing and the quakes is that a stronger and more violent wobble occurred when the N Pole of Planet X temporarily pointed its N Pole at Earth, forcing an end-to-end alignment of their magnetospheres. This is a preview of the severe wobble we have stated will precede the lean-to-the-left. This is the cause of the severe wobble we have predicted. More is to come!

The severe magnetosphere compression du jour. 

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A severe compression of the magnetosphere occurred yesterday between 13:00 and 16:00 UTC. 

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Another severe twist and compression of the magnetosphere today for several hours between 7:00 and 13:00 UTC.

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The third severe magnetosphere compression within the past 25 hours.

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Further evidence of the relentless approach of Planet X: the 2nd consecutive day with 3 severe compressions of the magnetosphere. This is unprecedented. The 2nd and 3rd compressions are combined in the bottom animation.

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Earth's magnetosphere feeling the squeeze of particle flow from Planet X today.

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Interpreting Real Time Magnetosphere Data

Earth's magnetosphere once again in the dominant magnetic grip of Planet X.  Severe compression ongoing as of 11:00 UTC today.

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Interpreting Real Time Magnetosphere Data

Another severe compression today beginning around 09:00 UTC.

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http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Indeed, KM.  This most recent severe compression endured for over 16 hours.

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Another severe compression of the magnetosphere yesterday (Sept 27) around 11:00 UTC.

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Due to the pending announcement likely to affect the normal schedule, I am releasing the answer to Howard's Q&A for 10/7 early.

^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

During the severe compression of Earth's magnetosphere on Sept 25 / Sept 26, Earth's magnetic dipole axis visibly begins tilting clockwise in the below BATSRUS animation at approximately 05:00 UTC Sept 26.  There also appears to be a magnetic field external to Earth that is being asserted from the lower left during this tilt (see bottom image).
1.  Does this tilt of Earth's magnetic dipole portray a temporary lean to the left?
2.  Are the magnetic field lines in the lower left of the bottom image a depiction of Planet X's magnetic influence or perhaps the Dark Twin's presence behind Earth?



SOZT
We have depicted the twisting magnetosphere of Earth as due to the presence of Planet X. Magnets want to go
http://www.zetatalk.com/index/zeta66.htm
side-by-side (as the planets do with the Sun) or end-to-end.  They can temporarily form a single field, the smaller magnetic field being absorbed
http://www.zetatalk.com/index/zeta536.htm
into the larger field, or the smaller one can appear to twist  
http://www.zetatalk.com/index/zeta542.htm
if not directly end-to-end. If not allowed to go end-to-end and too close for a side-by-side arrangement, the lesser magnet can go into opposition
http://www.zetatalk.com/science/s122.htm
or attempt to form a T arrangement, which for the Earth is a lean to the left.
http://www.zetatalk.com/ning/27no2010.htm

For the effects the Council of Worlds wanted, to force the announcement admitting the presence of Planet X, there were temporary changes to the magnetic blast coming from the magnetic N Pole of Planet X toward the Earth. On September 15, 2012 and the week following, light rays were bent to enhance the viewing of the corpus of Planet X. On September 21, 2012 and the week following, the charged tail was disbursed and the Moon Swirls illuminated. That the dipole of Earth’s magnetic field tilted toward the Sun and the approaching Planet X was directly due to the need to disburse the charged tail of Planet X. This was done by INCREASING the magnetic particle flow hosed toward Earth so the charged tail blew outward to the sides.

What can those watching the Earth’s magnetosphere expect as Planet X continues to point its N Pole directly at Earth? We have predicted a great deal of switching about, as this occurs. Magnetic fields are not rigid, they are plastic, and also ebb and surge in waves. The 7 of 10 plate movements have much to do with the switching about the Earth does, from one posture to another. We have termed this a wobble within a wobble. If the Earth leans its N Pole away from Planet X during the daily wobble, when the Earth’s magnetic N Pole comes up over the horizon, but then the Earth decides to go into opposition to meet a particularly harsh blast from Planet X, that is as Elvis used to say “shake, rattle and roll” – a back and forth and side to side effect almost simultaneously.
EOZT

Prior 2009 ZT: http://www.zetatalk.com/index/zeta536.htm
If this flow of magnetons from Planet X is strong enough, the magnetons flowing out the Earth's N Pole cannot fight the push in order to return to the Earth's S Pole. In this case, they join the larger field temporarily formed by Planet X and the Earth.

Prior 2009 ZT: http://www.zetatalk.com/index/zeta542.htm
What would explain the magnetic twist, where Earth's field appears to be heading in the wrong direction entirely, the emissions from the N Pole going directly south, the intake at the S Pole coming directly from the north?

Prior 2010 ZT: http://www.zetatalk.com/ning/27no2010.htm
If Planet X moves slightly, the Earth may suddenly move into opposition, has she has before pointing her N Pole toward the Sun. Or the Earth may flip sideways into a temporary lean to the left, thrown sideways. The Earth has been more mobile during the early dance with Planet X. She 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.

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

have not seen this type of configuration before with the magnetosphere!

Another enduring severe compression of Earth's magnetosphere with magnetic dipole on the move.

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Today's lengthy severe compression of the magnetosphere endured for nearly 10 hours and again with a migrating magnetic dipole.

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http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Another severe compression of the magnetosphere underway.

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Just went to check the solarsoft latest events (graph showing magnetosphere compressions) which I check every other day or so, and was greeted with a " FORBIDDEN You don't have permission to access /solarsoft/last_events/ on this server". I don't know if this is an isolated incident or if the coverup is taking away yet another tool we use to see the particle blast from PX. Thank you Howard and KM for your diligent monitoring of these severe compressions. Hopefully they don't take away the BATSRUS.

Dave - Solarsoft is periodically unaccessible, however, real time dynamic ACE data plots are usually available on NOAA's SWPC site: http://www.swpc.noaa.gov/ace/ace_rtsw_data.html

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Thanks, Jorge.  Severe compression of the magnetosphere between 18:00 and 22:00 UTC.

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Another severe magnetosphere compression underway.

http://ccmc.gsfc.nasa.gov/cgi-bin/SWMF_RealTime_browse.cgi

Animation of the severe compressions on Oct 18 over a 10 hour period which included another tilt of Earth's magnetic dipole in the direction of Planet X.

ZetaTalk on Dipole Tilt

Interpreting Real Time Magnetosphere Data

Data Source