Planet X: as RED LIGHT Object

Steve's object to the left of Star 4 is to the south and east of the
9/15/2002 spot, which is expected from the red light bending phenomena
described by the Zetas. From existing ZetaTalk, available since 1996 at
the Comet Visible page.

    The composition is not the composition of reflecting
    sunlight, but is almost exclusively in the spectrum you
    would call red light. Thus you will do best if you filter
    for red light, and by this we mean filtering out all but
    red light.
        ZetaTalk™

And as astronomers and amateurs were advised on Sep 15, 2002 when the
coordinates were provided, should be considered:

The Coordinates given by the Zetas are intended to be global, and the
predominant red light emitted by Planet X is notable for being bent by
gravity.  Thus, whether the viewer is looking overhead, or at the
horizon, or must look past the equator, are factors to be considered.

    Red light, and light close in the spectrum to red light, bends
    more readily than other particles in the light group. This can
    quickly be determined by the common man if he compares
    the rising and setting sun to other objects he sees in the sky.
    The rising and setting sun are huge, compared to their
    appearance at mid-day. This is due to the light rays which
    have been bent and would otherwise escape to the side,
    being bent back by the atmosphere so they enter the viewers
    eye as though coming from a large orange sun. ... The angle
    between the viewer and the Sun at dawn and dusk are such
    that more atmosphere is passed through, thus more of
    bending of the red spectrum rays is done.
        ZetaTalk™: Red Light
            (http://www.zetatalk.com/poleshft/p141.htm)

    If the viewer is also looking over the Equator during this
    sighting, the viewer is capturing light that must pass over
    the Equator, and thus the bending ... the red light coming
    from a horizon, has more time to be drawn toward the Earth
    by gravity pull. ... In giving Global Coordinates, we
    consider all parts of the globe, giving coordinates that will
    put Planet X within the scope, thus almost all viewers find
    some offset.
        ZetaTalk™: Latitude
            (http://www.zetatalk.com/poleshft/p151.htm)

Thus, Steve's object is Planet X, imaged as a red light object:

    The correct candidate is Steve's, the object just to the left
    of Star 4. This point is further south than east of the ...
    global coordinates we provided point. This is in
    accordance with logic for light coming up over the
    Equator, bending down as it does so to reach Arizona
    from the Southern Constellations. This is in accordance
    with logic for light pulling from the east toward the center
    of the globe, which has the greatest gravity tug. The drop
    down would be the greater, as the light passes over the
    Equator, than the pull in from the east.
        ZetaTalk™