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[–]pumpkin_bo[S] -1ポイント0ポイント  (0子コメント)

This is ZetaTalk explaining the phenomena more than 2 years ago: http://www.zetatalk.com/ning/06oc2012.htm

  We have depicted the twisting magnetosphere of Earth as due to the presence of Planet X. Magnets want to go 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 into the larger field, or the smaller one can appear to twist 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 or attempt to form a T arrangement, which for the Earth is a lean to the left.

  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.

-- ZetaTalk Chat Q&A for October 6, 2012

[–]s70n3834r 0ポイント1ポイント  (0子コメント)

The destroyer approaches.

[–]Thothx3 0ポイント1ポイント  (2子コメント)

Didn't the Sun flip it's magnetic field last year?

Perhaps the Sun's complete field reversal could slowly drag Earth's from it's current position.

[–]pumpkin_bo[S] 1ポイント2ポイント  (1子コメント)

what you just saw is a tilt in 12 hours. not what nasa is saying..

Edit: Also NASA's probes have shown the exact opposite of what they're saying re: the sun's poles flipping. http://www.zetatalk.com/newsletr/issue156.htm

JPL Press Release, September 9, 2001

In 1995, Ulysses saw strong and simple magnetic fields at both poles of the Sun. ... As Ulysses passed by the South Pole of the Sun a few months ago, scientists expected to find that magnetic lines were pointing outward, because observations from Earth show that the magnetic field has already reversed at the Sun's surface. Instead, they found that the magnetic lines were still pointing inward, just as they had been throughout solar minimum.

ZetaTalk has also said the popular theory of pole reversals of the earth is misguided:

  Do the Earth's poles ever suffer a reversal during a pole shift? No. The Earth's polarity, where the magnetic North Pole points consistently in one direction as though focused on a distant point in the Universe, does not change, ever.

  This is a hypothesis that humans have concocted to explain what they find in the Earth's crust. In this hypothesis, they are assuming that the Earth's crust does not move about, but it does. A human could only assume that the poles had moved, rather than the crust.

-- THE ASTONISHING ZETATALK ACCURACY

[–]Thothx3 [スコア非表示]  (0子コメント)

It is a well known fact that the Earth's magnetic field not only slowly drifts, but it has shifted well over 30 degees from it's current position somewhere around ~40,000-50,000 years ago.

What people debate is the speed at which the shift occurs. Is it a slow crawl only, or also subject to massive abrupt swings?

[–]IgnoreTheTwoof [スコア非表示]  (0子コメント)

The magnetic poles shift all the time. This is nothing new.

https://youtu.be/zYWuANumeYw