ZetaTalk: Pole Shift

the Earth

receives a shove from Planet X, pushing her magnetic N Pole away. This occurs at approximately 8:00 UTC, the point

at which the European lean occurs during the daily wobble.

The European lean was formerly gentle but now has become almost violent, as the N Pole of Planet X is pointing more

directly at Earth. Imagine what happens when the globe suddenly tips sideways toward the west and backwards to

shield its magnetic N Pole from Planet X. Water in the northern Atlantic is pushed eastward, over land, the cause of

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ZetaTalk: Christmas Hammer

the high tides the Essex coastline of Britain experienced recently from the trapped waters in the North Sea. As this is a

global event, Indonesia likewise experienced a high tide during that same moment, as the land masses in southeast

Asia were pushed over the water trapped by the many islands in that vicinity.

What does this increasingly violent daily lurch do to the Earth's plates, which have loosened up and become more fluid

lately due to being subjected to the constant jerking of the wobble? Great quakes that affect the globe in its entirety

must first occur at one of the brake points in the global mesh of plates. For the Earth, this is primarily the point where

the Indo-Australian plate dives under the Himalayas. The Himalayas, the highest mountains in the world, show how

often this brake point has been hammered in the past. When this brake point moves, it allows the many compression

points in the great Pacific to move. This includes rolling the top portion of S America westward, putting a bowing

stress on its long west coast region centered in particular around Santiago, Chile - the site of so many quakes lately.

This also includes allowing the N American continent to move westward, but as this continent is locked at the top

border with Russia, this movement manifests as a diagonal rip, the New Madrid fault line adjustment we have

predicted. Mexico moves further west than the Canadian west coast, accentuating the bowing of the west coast we have

described. As this occurs, the regions west of the Mississippi River are pulled down and to the west, moving toward

the southwest, while the regions to the east of the Mississippi River tend to remain in place. This tears the bridges

crossing the Mississippi and allows land already sinking to sink further. Elsewhere around the world such a strong

adjustment creates an opening in the Indian Ocean, which allows Africa to roll toward the void, opening the African

Rift further. This also puts pressure on the Arabian Plate, so that it rolls in place, a move which affects all the many

fault lines that run through this region.

A major adjustment of this type unleashes a series of great quakes, which then subside, as the Earth plates lock into

new brake points and hold. Nevertheless, for the inhabitants of planet Earth, this would be a wakeup call, as such

quakes are not caused by Global Warming but by the intruder Planet X, so much denied in the media. The cover-up

over Planet X is alive and well, but would be dealt a death blow by such a round of global quakes.

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ZetaTalk: Planet X Right

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ZetaTalk: Planet X Right

written December 27, 2007

After the Christmas Hammer made its appearance on December 19-22, it

disappeared for several days and the live seismographs were dead quiet. When they

restarted with globals again on December 27, the global was not happening at 8:00

UTC as it had during the Christmas hammer, but hours. This would mean that the

violent push against the magnetic N Pole of Earth was happening earlier, because

Planet X had moved to the right. [and from another] At the same time, an object

with a tail was captured on a C2 image by the LASCO satellite, just where one

would expect Planet X to be if the Earth had moved to the left a bit, in the view from

Earth, to escape Planet X which was now appearing on the right. Checking Skymap

and the LASCO C3 images for comparison, I note that Mercury is near the Sun to the lower left at about

the 8 o'clock position, but no planet is expected to be to the right of the Sun at the 2 o'clock position on

December 23. The LASCO C3 takes in a larger view of the sky, six times wider than the C2 images. Thus

on the C3 one can see the position of Mercury and the lack of any other planet in the area of the object

with tail captured on December 23. On December 23, Jupiter is behind the Sun, fully occulted, and just

beginning to emerge on December 24 at the 3 o'clock position. In any case, Jupiter shares the typical

planet appearance of the LASCO images, looking like a tiny Saturn with horizontal rings. The object that

appeared on December 23 had a distinct look, like a planet much larger than Mercury, much closer to

Earth, and not creating the Saturn appearance with horizontal rings! The fact that they seem to