the Sun. It does not want to move in along side the other planets, it wants to cross quickly at a sharper angle. Thus, the
return orbit is comfortable in this regard. Having passed the Sun again on the second pass, and moving far enough
from the Sun and the planets in the orbital plane to feel free of their influence, the 12th Planet again begins to listen to
the second foci. Thus, it again makes a parabolic curve to head straight toward the second foci. Here the 12th Planet is
somewhat further from the Sun than the measurement we have mentioned for the approach, as the second foci is
farther away and has less influence at this point.
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ZetaTalk: Conflict
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ZetaTalk: Conflict
Note: written on Nov 15, 2001. Planet X and the 12th Planet are one and the same.
As in many approach/repulsion dynamics in nature, the passage of the 12th Planet through the solar system has many
factors at play, at once. In psychology, there are approach/approach conflicts, where an individual is pulled in two
directions at once, both equally attractive, and becomes paralyzed. There are likewise avoidance/avoidance conflicts,
where an individual is caught between two situations he would like to avoid, and likewise becomes paralyzed. A third
conflict is approach/avoidance, where an individual is both attracted to approach and trying to avoid a situation, and
thus dithers or moves slowly in a direction. The 12th Planet is caught, not because of psychology but because of
gravitational and magnetic aspects, in an approach/avoidance conflict with the Sun. Thus:
When the 12th Planet rides mid-way between its two foci, the Sun and its dead twin some 18.74 Sun-Pluto distances
away, it is in an approach/approach situation, and barely moves during the majority of its 3,657 year cycle.
When it is within a few years of a passage of one of its foci, breaking from its mid-point position and picking up speed
in an approach of one of these two suns, it increasingly becomes a non-conflict situation, approach only, as the 12th
Planet is pulled by the gravity of the sun it is closest to, yet far enough away from that sun that a repulsion force has
not yet come into play. It picks up speed, this speed adding momentum, in a virtual straight line approach.
When the 12th Planet nears one of its foci, the repulsion force comes into play. There are other factors that influence
close contact between large bodies, but the repulsion force is dominant. The 12th Planet slows, increasingly, as what
we have described as a fire-hose of gravity particles from both the Sun and the 12th Planet are pointed at each other,
butting into each other and pushing the gravity giants away from each other. This is a minor factor at first, reducing
the increasing speed of approach. Then it reaches the point where the approach is actually diminishing, losing
momentum gained before.
The 12th Planet deals with this situation by sliding sideways, away from the main point of these gravity particle spurts,
which occur at the Sun's belly, the Plane of the Ecliptic. It dives south, still approaching as it continues to be attracted
due to gravity. That it pierces the Plane of the Ecliptic, rather that skidding along the southern part of the Sun, is due
to taking the path of least resistance. During the 3 months it takes the 12th Planet to traverse the solar system from one
side of Saturn's orbit to the other, it has placed itself on a line some 32 degrees below the Ecliptic due to its slide
sideways to avoid the repulsion force.
Its angle of approach is still from south to north, the dictates of inertia and momentum stating it would continue in this direction. As this line of approach brings the 12th Planet into conflict with increasingly strong gravity spurts along the
Ecliptic, it must both turn into these spurts to turn south, as well as slow its forward momentum, so the path of least
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ZetaTalk: Conflict
resistance is to move north, past a given spurt, for avoidance. Thus, it crosses the Ecliptic, jerking northward during
each encounter with a spurt, while still moving toward the Sun in general due to gravity.
The overall effect is for a rapid pace toward the sun in the last months, with a dive southward and a slowing in the last
weeks, with an even slower passage as it crosses the Ecliptic in the week of passage. It seems, almost, to hover in the
sky as it crosses between the Earth and Sun, moving slowly as the horrified populace watches.
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ZetaTalk: Speed
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ZetaTalk: Speed
Note: written during the 2001 sci.astro debates. Expanded with Light Speed Limitation section during IRC Session. Planet X and the 12th Planet are one and the same.
Speed, in space, is a relative thing. Your submarines move more slowly than your cars because they deal with less
drag. Likewise, objects shot into space or incoming feel little distress when out where the atmosphere is negligible, and
tend to heat up and burn when in the thick of Earth's atmosphere. Thus, objects in space have no ill effects from a high
speed, other than what they might encounter. What might that be, in the case of Planet X, which we have described as
traversing the solar system from one side of Saturn's orbit to the other in 3 short months [Note: see 2003 Date explanation, as this was part of the May 15, 2003 white lie].
Gravity Draw from the Sun
Human scientists who deal with gravity as some mysterious "force", unexplained except by the math that
describes it, would be boggled by the path of Planet X we have described. An object comes on, and depending
upon its speed it will either pass by a gravity draw, with an "escape velosity", or be drawn in to crash,
ultimately, on the surface of the gravity draw or into some sort of circular or eliptical orbit. So the theory goes.
Apply the particle explanation to the force of gravity, as we have described it, and you have another scenario,
which by the way explains why your Moon remains up there when according to Newton it should not. Planet X
is, of course, drawn by the gravity pull of the Sun, and thus its periodic passage. But it is also pushed away by
the gravity particle streams emitted by the Sun, which can be described as a fire hose of force, meeting the fire
hose of force from Planet X itself. They buffer away from each other, forcing the speeding Planet X to bypass
the Sun, at a distance based on its mass and the mass of the Sun. The reducing mass of the Sun explains why