Re: Planet X: NOT a Star

In Article <o68aptgiv5faa2qd0ndepa3fcs6947et66@4ax.com> Officer Bob
wrote:
> do you understand what a retrograde motion is?
> and what causes the apparent motion? Why does
> Nancy's claims have her PlanetX making retrograde
> (tick backs) motions at random times?

Presumably, Bob, you have a complete understanding of what causes
retrograde motion, and why ALL our planets do NOT go in this direction.
Now why is that, Bob?  What is the current human theory on this (and I
say current because it keeps changing, as in "we now know that" and
"scientists now theorize that .."  Here's the Zeta explanation (with
graphic), which lines up with the graphic on the Path as Viewed from
Earth page (http://www.zetatalk.com/theword/tword03h.htm) and lets see
you come forth and argue, instead of just throw insults.  Place your
theory beside this explanation, point for point, and lets have at it!

    ... the path [Planet X] takes between its two foci is like a
    train track, the path in one direction lined like a straight
    line next to the path in the other direction. However, this
    direct path does not hold when the giant nears one of its
    foci, passes, and turns around on the opposite side for the
    return trip. [Planet X]'s retrograde orbit around the Sun
    is due to its reaction to an energy field emitted by the Sun.
    This energy field radiates out from the Sun intensely at
    certain points, like a moving arm, following the rotation
    of the Sun's core where the matter producing this energy
    field is located. Where the non-traveling planets are in
    essence swept along before this intense energy field, like
    dust balls in front of a broom, [Planet X] is not so
    trapped.

    Approaching from a distance, [Planet X] reacts to this
    energy field by trying to evade it, and takes the path of
    least resistance. Like children skipping rope, if one
    jumps toward the rope the passage of the rope happens
    fastest. The sweeping arm of this energy field coming
    from the Sun passes by quickly out in space where
    [Planet X] rides at a distance, but builds in intensity
    and takes longer to sweep past the closer [Planet X]
    comes.  When at a distance, this energy field affects
    [Planet X] but slightly, so it reacts as it approaches
    from its second foci on the near parallel orbit tracks
    that it travels upon when moving between its two foci
    by orbiting in the same manner planets close to the
    Sun do. It sweeps before this energy field as the field
    passes, moving slightly at these times to the left, in
    the same counterclockwise manner that the other
    planets do.

    As [Planet X] approaches, moving steadily closer and
    picking up speed due to the gravity tug of the Sun, the
    energy field from the Sun is more intense and takes
    longer to sweep past. [Planet X]'s reaction to this
    is still a slight movement sweeping ahead of this
    energy field, but as the energy field passes is then a
    stronger jerk backwards, away from the passing arm
    of the Sun's energy field. The backward reaction is due
    to the nature of the sweeping arm, like the cutting
    edge of a knife most intense at the cutting edge of the
    arm, but with more bulk of the energy field trailing
    after the cutting edge. Thus, as the sweeping arm
    of this energy field passes [Planet X], which in
    no way could stay ahead of this sweeping arm at the
    distance it is from the Sun, [Planet X]'s reaction
    to the bulk of the energy field is longer lasting and
    begins to produce a retrograde orbit for its approach
    to the Sun. Thus, during 1995 through 1998, [Planet X]
    will drift left and up toward the elliptic, aligning
    itself in the same manner as the planets to the Sun's
    sweeping arm, but due to its mobility out in space, its
    distance from the Sun, it develops a retrograde orbit
    and begins to move to the right, in the manner the
    ancients recorded.
        ZetaTalk™, Retrograde Orbit
            (http://www.zetatalk.com/science/s85.htm)
             with graphic