Re: I Spoke to Nancy Online and all I got was this Lousy T-Shirt!

In Article  <[email protected]> Greg Neill wrote:
> 3.  Nancy claims that there is a red halo around 
>     Planet X due to iron gas in its atmosphere.  The 
>     boiling point of iron is 3134K.  Since the planet
>     is not receiving enough heat from the Sun to 
>     provide such temperatures, the heat must be 
>     coming from the planet itself.  This puts the 
>     temperature of the planet's surface at about half 
>     the temperature of the Sun, yet Nancy claims it 
>     is inhabited.  Passing on this point for now, in 
>     order for the planet to glow a dull red due to its 
>     intrinsic heat, it would need to have a temperature
>     equivalent to a black body radiator with emissions
>     peaking in the red part of the spectrum.  This 
>     puts the temperature at about 4458K. How can it 
>     be inhabited?

The ONLY way red dust can be in a cloud around Planet X is if it boiled
off the planet surface?  Greg goes for a walk and gets mud on his boots
and we must assume he himself is decomposing into soil as there is NO
other way the mud could have arrived there?  This is a traveling world,
went through the Asteroid Belt repeatedly in the past and its moons
slammed the heck out of the planets there   It is a big magnet, like our
Earth, and iron dust is magnetized.  From existing ZetaTalk:

    The Asteroid Belt was created when trash in [Planet X]'s 
    tail crashed into moons of some of the large planet in the
    Asteroid Belt, putting them in motion so that they 
    became missiles directed at other planets. Eventually with
    all this bumping around in a crowded field, the inequity
    was great enough, the size disproportionate enough, that
    shattering of a small planet occurred. Magma sprayed 
    outward in a burst, creating hardened magma in space 
    which then itself became a missile on the move. Once 
    begun, this process accelerates, creating increasing 
    incidences where a piece of trash is large enough to 
    shatter a planet. The planets disintegrate not because 
    the missile is so large it physically breaks it apart, but 
    because the molten core is opened, forcefully, and the 
    lava pushed outward in a plume by the missile. Now the 
    crust implodes, and the repercussions of this cause 
    more magma plumes, so that the planet eventually does
    not have the mass to prevent a collision, by virtue of a
    repulsion force. Thus these wasted shells eventually 
    collide with each other, breaking them into what you 
    now term asteroids.
        ZetaTalk™, Asteroid Belt

    If Planet X is primarily a water planet, then why 
    would it appear to be a red planet, as Mars, which is 
    virtually devoid of water on its surface? Why would
    it not, as the Earth, appear to be a blue planet? The
    explanation lies in the space trash Planet X has 
    gathered not only traversing back and forth between
    its two foci but also from the Asteroid Belt during the
    pelting process where the planets that rode there 
    were destroyed during various passages of Planet X.
    Early in its life, Planet X gathered moons about it as
    do most large planets, and these moons trail behind 
    it during a rapid transit. In the past, when the Sun 
    had more mass and the Repulsion Force between the 
    Sun and Planet X was greater, Planet X traversed the 
    solar system in the Asteroid belt, and the trailing 
    moons, lashing from side to side, pelted small planets
    and moon which themselves became missiles of death.
    During these repeated passages, then, Planet X and 
    its moons had opportunity to gather space trash, and 
    being a magnetic planet, Planet X would be 
    particularly attractive to iron dust.

    Why does this dust not settle into the atmosphere of 
    Planet X, and drift down into the ocean and cease to 
    be a cloud giving Planet X a reddish appearance? 
    Given a static environment, this would eventually 
    be the case, but Planet X is not static, it's perpetually 
    on the move. The dust cloud is far outside what 
    would be termed the atmosphere of Planet X, so that 
    during the passage through the solar system, it streams
    behind Planet X to become a long tail of red dust, 
    oxidized iron, which during a close passage to Earth, 
    when Earth is caught in the tail, causes rivers and 
    ponds to temporarily turn a blood red color and
    assume a bitter taste. To those peering at Planet X 
    from Earth, its appearance is always blood red, due 
    to this cloud. In that the iron dust does not itself 
    emit light, the reddish appearance of Planet X 
    comes from the light the planet emits, passed through 
    the red dust. When Planet X is close enough to reflect
    sunlight, the light must likewise bounces off the ocean 
    surface and must pass through the red dust to return 
    to those peering at it from Earth.
        ZetaTalk™, Red Planet