ZetaTalk: Science

bang,

turning the night sky bright, rattling windows, thudding to Earth next to startled humans. Was this the usual rate just a

few years ago? For every fireball not captured by Earth’s atmosphere, there are dozens outside her atmosphere,

whizzing about, one of the reasons we have warned that Satellites will not function well in the months leading into the pole shift, and that the Space Station and those riding her are doomed. It is only a matter of time, for man’s

technology, aloft. The massive tail of Planet X, being composed primarily of magnetized iron oxide dust, is hosed

away from the N. Pole of Planet X, and thus up until now has been pointing toward the Sun, not Earth, as Planet X has

been struggling to rise above the Ecliptic and thus must align along the magnetic Flow Lines in the Sun’s southern hemisphere. These flow lines require the N. Pole of Planet X to be pointed toward the Sun, the S. Pole slung outward.

But what happens when that N. pole slings outward, during the

270° Roll that Planet X will make as it turns in place and then

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ZetaTalk: Bigger and Closer

stands upright, side-by-side with the Sun in a position strong

enough to halt the Earth’s rotation in the days before the pole shift.

As the N. pole begins to sling toward the Earth, it hoses the

massive tail and the debris in that tail toward Earth. If fireballs

have been an occasional entertainment, they will soon become a daily affair almost everywhere, and simultaneously no

longer in the news as during a cover-up, such bad news is suppressed. While the SOHO still functions, these fireballs

at times make a graceful pass past the camera, moving in waves. We have, in the early days of ZetaTalk, described

why a Wave Action exists for sub-atomic particles on the move. They are on the move, and while on the move are in a dance with each other as they are in perpetual motion, either moving toward each other due to their desire to clump, or

moving away from each other to equalize crowding. This action, the wave action, and the reasons for it, are not

restricted to sub-atomic particles. The moons of Planet X likewise Dance with each other in what we have described as

Moon Swirls. The same mechanism applies, for minor debris dancing within the fringes of the massive tail of Planet X.

Did this meteor leave a twisting path? Evidently. Meteor trains that twist noticeably are rare - and even

more rarely photographed - but have been noted before. The underlying reason for unusual meteor trains

is that many meteors are markedly non-spherical in shape and non-uniform in composition. Meteors,

usually sand sized grains that originate in comets, will disintegrate as they enter the Earths atmosphere.

Non-uniform meteors may evaporate more on one side than another. This may cause a rotating meteor to

wobble slightly in its path, and also to spray fast moving debris in a nearly spiral path. The fast moving

meteor debris ionizes molecules in the Earths atmosphere that subsequently glow when they reacquire

electrons. Surely no meteor is perfectly uniform and spherical, so that a slight swagger that is below

perceptibility is likely typical.

NASA Explanation

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ZetaTalk: Beneath the Dust

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ZetaTalk: Beneath the Dust

written Feb 4, 2005

How do the inhabitants of the Planet X deal with the heat from the Sun, considering how close it comes to

it and how long it stays between the Earth and the Sun? Would not the temperature be to great too allow

the continuation of life on that planet?

We have mentioned the degree to which Planet X is shrouded by a close hugging dust cloud, such that is only dimly visible from Earth as it stands between the Earth and Sun, reflecting most of the sunlight that strikes it directly back toward the Sun. From the Earth, this planet, only about 4 times the size of Venus in man’s view at its current distance,

appears to be a dull gray fuzz ball, a slight shadow in the Sun’s glare, and thus visible to man only under certain

circumstances such as the backlit view from SWAN. The dust cloud is charged and thus like tiny particles held suspended in the air by static electricity, it perpetually cloaks Planet X, not escaping nor drifting down through the

atmosphere into the great seas of that large water planet. We have mentioned that the inhabitants of Planet X, giant

hominoids who would loom at least a full head taller than man’s basketball teams and are stocky and well muscled,

deal with anxiety during the passage, as they not only zoom rapidly toward the Sun before the brakes are put on by the

gravity Repulsion Force but also spend an uncomfortable amount of time close to the heat of the Sun. Why would their world not fry, and sizzle, like Mercury and Venus?

Is there not a temperature difference between cloudy vs sunny days? Cloud cover on Earth, here just a matter of some

skimpy water vapor, makes a difference. In discussing the outcome of a potential nuclear war, the concept of a nuclear

winter emerged, where the dust from the explosions would shroud the Earth for decades, killing all life on Earth from

lack of sunlight and the resultant cold. And what about the hypothesis of why the dinosaurs became extinct, a

hypothesis we disagree with but nevertheless man’s current favorite, that a large meteor striking Earth and the resultant volcanic dust reducing the vegetation these massive herbivores required? The concept of dust