At every passage, as Velikovsy noted in this Worlds in Collision book, there is the potential for a disturbed orbit. Plato
mentions that the Earth had been known to rotate with the Sun rising in the west, setting in the east, not east-to-west,
in the past. The Asteroid Belt clearly shows that collisions occurred, and it would be expected that planets
to rubble might have been knocked out of their orbits, into new orbits, by this. The Earth shows evidence, in her deep
history reflecting long past events, that she did not have the sunlight, nor the land mass above water, in her past that
she does today. So, would such an occurrence happen this next passage, and might the Earth anticipate a warmer, or
colder, climate based on being nudged in toward the Sun, or out into the cold? To understand why this will
requires understanding of what dictates orbits in the first place, something mankind has little grasp of. Orbits are based
on an equilibrium established between the nearby planets, who bump each other with the many particle flows that
mankind is unaware of, until a status quo is established. It is this status quo that mankind views, and assumes was there
all along. This passage will put Planet X
planets will be spared any influence to leave their orbits, so let us concentrate on the Earth.
The Earth is in its steady orbit because of factors so numerous that we could not list them without the audience going
to sleep, as it would take Nancy more than 24 hours to type them all.
and the crust is dragged along. After Planet X passes, the Earth has
rotation, in place as before. This is why we have stated that she will resume rotation within a day of passage. An east-
to-west orbit is
making it to that degree before stopping. The core is mobile, and in
week of rotation stoppage but continuing to strain in the direction it had.
During the shift, this
realigns, without delay, reversing it’s 180 degree turn, so as to position itself with the magnetic alignment of the Sun,
once again. Where the shift was sudden, dragging the core in all its layers along with the crust, this realignment is
slower and the crust has already been separated from the core and its layers, thus remains where it is, during this
realignment. The core is mobile, and the virtual liquid factors are more mobile yet, so the competing influences resolve
for the
liquid portions of the core find fits their stretching toward their attractants. We anticipate thus, that the Earth will not
only
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ZetaTalk: Rotation/Orbit
west.
The matter of a 24 hour day will not be settled for some months after the shift, though few will be concerned about
this. Rotation will be a bit erratic, faster on some days, slower on others, but will eventually settle down to something
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ZetaTalk: Asteroid Belt
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The Asteroid Belt, full of gravel and boulders, did not get there by accident. When your Solar System, forming matter,
was into clumping matter together, and did not overlook this one little orbit around this one little Sun for some odd
reason. For those who argue otherwise, we ask why all the other planetary orbits are free of this scatter, and why the
Earth is lopsided, the land in the main on one side and the waters in the main on the other. The two relate. Long before
there was highly evolved life on the Earth, it rode that orbit, which happened to be smack dab in the path of the 12th
Planet. In due time, more than violent pole shifts and wobbly orbits resulted, a monumental collision between the
emerging Earth and a traveling moon drawn along by the gravitational pull of the 12th Planet occurred. This collision
did not just involve the emerging Earth, then almost entirely a water planet.
Your Solar System had several more planets in orbit than it does today, in orbit close enough to the Asteroid Belt to be
considered within it, many of these planets were larger than the Earth.. Just as the 12th Planet drags behind