List Members,
I just sent this one off to Jan Lamprecht. He is a great hollow Earther, and
Cater's model has come to his attention. Hopefully, he will become a greater
hollow Earther.
He wrote:
Look at all the old "over-exposed" photos of Mars prior to the
NASA missions. You will see the "polar ice" standing higher far
higher than Mount Everest (many many times higher). The
astronomers used to say these are "overexposed" photos of Mars.
But there are tons of them. Maybe we should collect some of them
together. I personally wonder if those exceptionally high, billowing
clouds aren't for REAL and perhaps show extremely high pressures
of air billowing out of Mars? That being the case, you now have
meteorology AS PER my description of Mercury, Venus... One and
the same thing.
Jan,
I think that you interpreted the effects of billowing, in relation to Venus
and Mercury, perfectly. Just by focusing on the nature of the observations
and the terrain around the opening on Mercury, for example, you built a
strong case for an inner atmosphere.
In your book you gathered together the most extensive amount of
astronomical/planetary evidence, in one place, that I have seen to date. The
astronomical proof which you brought together is practically a water-tight
case. Those chapters on Venus and Mercury will become hollow planet
classics, for a long time to come. People will come back in a hundred years
and read those chapters, and marvel at what you were able to interpret. You
have already earned yourself a place in the Hollow Earth Hall of Fame just
for those chapters; they are the crest jewel of your book. And you perform
some unique yeoman service in the Arctic chapters, too.
But it would be nice to explain the cause of the physical processes which
are observed. I think that Cater understands the true nature of physics, and
can easily and cohesively able to explain any aspect of a hollow planet
geological process. For example, what triggers the billowing observed at the
openings, and what triggers an aurora? Cater explains HOW the particles from
the Sun penetrate the Earth's shell and build up in the inner cavity. From
the inner cavity, of course, they are always spewing out of the opening at
their normal rate of flow. Sunspot activity penetrates the shell all the
faster, such that the pressure builds up and the flow rate out of the
openings intensifies and causes the display. A person can't explain this
unless one knows how particles from the sun could possibly pass through the
Earth's shell. Of course, one has to go beyond standard physics in order to
understand all this. You seem to have such a bias in this regard.
I really wish that you would read Cater's book so that we could discuss his
physical model of a hollow planet. His model is one of the most serious
ones out there. In order to write your book you studied everything under the
Sun, your research was incredibly thorough. How is it that you never
familiarized yourself with one of the major models out there? The part of
your book where you discuss physical processes is precisely where you leave
your decisive tone of voice and begin to conjecture and wonder.
Run, don't walk, you know what I mean. The great ones begin to veer because
they become too high up to take reality checks, i.g., Lennon/Mc Cartney,
Freud/Jung, Elvis Presley.
> Now, going back to those MASSIVE DUST STORMS on Mars - the
ones which cover the entire planet.... well, if air is billowing out
under extremely high pressure (for whatever reason), then there
you have the cause of those tremendous dust storms which can
cover the entire surface of Mars for weeks... think about that.
Of course, but you still have to explain the cause, nature and strength of
Martian gravity, or else that Martian air would only billow out once. Even
Gardner talked about clouds congregating at the Martian polar opening. Where
are they supposed to originate from? It is implicit that if there are clouds
at antipodal polar openings that you have some flow.
I just did up a Mars article with some pictures which were mostly culled
from Anomalous Images ( Thank you Steve ). There are some interesting
pictures of the poles with clouds and such. You can grab those pictures,
they are Steve's, or rather, NASA's.
Bye for now,
Dean