ZetaTalk: Pole Shift

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? [and from another] Checked

the Magnetosphere Simulator site http://www2.nict.go.jp/y/y223/simulation/realtime/index.html 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! This 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 January 21, 2009

blast here on YouTube http://www.youtube.com/watch?v=93fNQV08gZU What is the relationship between this

odd magnetic twist and the big quakes? [and from another] USGS upgraded the September 29 Samoa quake to

8.3, and at 10:16 on September 30 Sumatra had a 7.9. Two big ones in short order, and aftershocks galore. In

less than a 24 hours period there were 24 quakes above 5 for the region between these two large quakes.

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, but then bypassing the Earth's S Pole? 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

http://www.zetatalk2.com/index/zeta536.htm[2/5/2012 9:57:37 AM]

ZetaTalk: Severe Wobble

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, 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!

http://www.zetatalk2.com/index/zeta536.htm[2/5/2012 9:57:37 AM]

ZetaTalk: Magnetic Twist

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ZetaTalk: Magnetic Twist

written October 29, 2009

Recently, the magnetic fields has appeared twisted, with the positive outflow immediately going south and

the intake, the negative flow, coming down from the north instead of up from the south. What would cause

that? Within a 24 hour period from October 28-29 the field went from a normal appearance, to showing

that a magneton blast was occurring, to showing a twisted magnetic field.

http://www.zetatalk2.com/index/zeta542.htm[2/5/2012 9:57:38 AM]

ZetaTalk: Magnetic Twist

Recently, on the Magnetic Simulator, the S Pole of Earth temporarily disappeared. We explained that this was an instance of the magnetic field of Earth and Planet X going end-to-end, such that the magnetons from the Earth's N

Pole travel to the S Pole of Planet X, avoiding Earth's S Pole altogether. But 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? Planet X is slightly to the right in a line drawn from the

Sun to the Earth, and thus until it has swung its N Pole some 195°, as it has done in a dither at times recently, it will

not be pointing directly at the Earth. Most of the time, as it continues to close the gap between itself and the Earth,

Planet X will be influencing the Earth's magnetosphere from a point slightly to the side.

The flow of magnetons from the Earth's N Pole continues to try to merge with the flow from Planet X, diverted to the

S Pole of Planet X. But as a flow cannot continue without an intake as well as an exit, the S Pole of Earth represents a

type of magnetic vacuum, a pull. Thus 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. Why do these magnetons not move directly