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| coach yucatan buchannan... |
 Posted: Wed Nov 04, 2009 3:44 pm |
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Guest
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On the lunar surface, there exist certain mysterious features directly
antipodal to circular Maria. Appearing to the naked eye as swirls (or
curlique patterns) which are lighter than surrounding terrain, these
features also exhibit magnetic fields of apparently inexplicable
strength.
No current model for asteroid impacts, as of 2009, includes the
creation of magnetic swirls at a location exactly on the opposite side
of a target body. An explanation for the conversion of impact force
into magnetic energy, at a point directly opposite the crash site,
simply does not exist.
As a result, perhaps there is some flaw in the idea that these maria
are actually craters to begin with. What if there were some other
reason for their presence; and the clues had been right there before
our eyes, all along?
Consider that there are very, very few ways to form a magnetosphere of
the size and magnitude detected on the moon. Also, proofs exist
(online) showing the impossibility--due to energy requirements--of
impact infilling on a scale required to explain the Lunar Maria. In
other words, a humongous flood of watery magma could never simply pour
forth and create such features as appear on the Moon.
The last clue, I believe, has been unveiled beneath the frozen carbon
dioxide of the Martian South Pole. Here, it has been determined that
yearly surface changes beneath that ice cap are actually caused by the
frozen material above. In other words, the polar ice on Mars is
carving out a spot underneath itself. Can we then guess that this spot
is round, comparatively smooth, and, if located elsewhere on the map,
might be misidentified as a huge, infilled impact site? |
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| BradGuth... |
| Posted: Thu Nov 19, 2009 4:12 am |
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On Nov 4, 5:44 pm, coach yucatan buchannan <kevinkirb... at (no spam) gmail.com>
wrote:
[quote]On the lunar surface, there exist certain mysterious features directly
antipodal to circular Maria. Appearing to the naked eye as swirls (or
curlique patterns) which are lighter than surrounding terrain, these
features also exhibit magnetic fields of apparently inexplicable
strength.
No current model for asteroid impacts, as of 2009, includes the
creation of magnetic swirls at a location exactly on the opposite side
of a target body. An explanation for the conversion of impact force
into magnetic energy, at a point directly opposite the crash site,
simply does not exist.
As a result, perhaps there is some flaw in the idea that these maria
are actually craters to begin with. What if there were some other
reason for their presence; and the clues had been right there before
our eyes, all along?
Consider that there are very, very few ways to form a magnetosphere of
the size and magnitude detected on the moon. Also, proofs exist
(online) showing the impossibility--due to energy requirements--of
impact infilling on a scale required to explain the Lunar Maria. In
other words, a humongous flood of watery magma could never simply pour
forth and create such features as appear on the Moon.
The last clue, I believe, has been unveiled beneath the frozen carbon
dioxide of the Martian South Pole. Here, it has been determined that
yearly surface changes beneath that ice cap are actually caused by the
frozen material above. In other words, the polar ice on Mars is
carving out a spot underneath itself. Can we then guess that this spot
is round, comparatively smooth, and, if located elsewhere on the map,
might be misidentified as a huge, infilled impact site?
[/quote]
It's entirely possible the Mars icy pole is that of an impact site,
just like the south pole crater of our Selene/moon that seems to match
the Arctic ocean basin of Earth.
~ BG |
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