- Shut UP and accept black and white images instead of
color which we keep for ourselves!
-
- Just when it seemed like the polygon strangeness was
relegated to distant moons like Iaepetus and Phobos now we find
more of them in a most unlikely place.
-
- No image processing has been performed on these original
NASA images in this report. Unlike my last report about polygons shapes
on Iaepetus and Phobos where it was necessary to enlarge the image for
clarity (with no other image processing used) the images posted in this
report are shown at the actual size and resolution as NASA posted them.
We will call these depressions "craters" in the planet Mercury's
surface and those on several other objects for lack of a better name at
this time.
-
- Here is a new image from Mercury taken by the Messenger
Spacecraft.
-
-
-
- Mercury Messenger craters.jpg
- Fig. 1 Original NASA image
-
-
-
-
-
- Mercury Messenger craters notated.jpg
- Fig. 2 Polygon outlines
-
- In Fig. 2 are a few outlines of the more prominent polygon
shapes on the super-hot planet Mercury. For clarity, I have marked this
image so that the polygon edges of the craters are still visible. Dashed
red lines show location of a possible missing crater wall. Polygons on
Mercury are a most unexpected discovery. It was also a surprise to find
these on Iaepetus and Phobos. But NASA isn't talking about this odd coincidence,
and probably never will.
-
- WHY is NASA posting only black and white images of Mercury?
And Eros? And other celestial objects in our solar system? No one alive
in the year 2008 can believe the original photos are not in COLOR. This
is most aggravating, but nothing new for the space mission magicians.
-
- Note the scale shown on the image in Fig. 2. If each
one of these crater-like depressions were a city, they would be as large
as any big city on Earth.
- Did an ancient race manufacture Mercury and our other
moons?
- Were some or ALL of the planets in our solar system,
and perhaps even our Sun - also manufactured? This brings to mind the
fact that Earth's Moon shouldn't be there at all according to Cray computer
simulations, calculations and numerous scientists and researchers.
-
- What could be the reason why these craters are not circular?
-
-
-
- Fig. 3 Titan moon shows more polygons
-
- On Mercury, Iaepetus and Phobos why do the closed polygons
(i.e. crater-like depressions) all have SIX sides? Why not three sides,
or five sides, eight sides, etc? These hexagon shapes now appear to be
completely beyond coincidence or statistical chance.
-
-
-
-
- Fig. 4 - Eros asteroid. Some impact sites are
round, some are hexagonal. In this
- image, there doesn't appear to by any polygon
shapes except hexagonal
-
- Here is an impact crater on Earth which is round,
not hexagonal:
-
-
-
-
- El Elegante crater in Sonora, NM.jpg
- Fig. 5 - The clearly circular El Elegante crater
in Sonora, New Mexico, USA
-
-
- Of course this basic report doesn't qualify as science
by today's standards. But then NASA doesn't hesitate to hold data back
from the public like providing a color image for example. For NASA,
there is no excuse of any kind for the lack of color or other basic image
data.
-
- I'd like to close this report by saying I'm not declaring
Mercury or any other moon(s) in our solar system are of artificial origin.
Yet there must be a reason for the plethora of polygon shaped craters
on our solar system's moons and planets. Experimental laboratory results
of sand of projectiles have clearly shown that craters are normally perfectly
round.
-
- There is also the possibility that these polygon shapes
are not craters at all...but impact sites for an unknown energy weapon
with a hexagonal beam shape. Impacts on the asteroid Eros tends to support
this concept. Perhaps the giant "notches" in Eros (bottom of
the object shown in Fig. 4) are the result of a weapon which has burned
through the edge of it? This is as good a theory for these hexagonal features
on Eros as any other theory, until the reason for this notch is somehow
proven otherwise.
-
- We'll keep watching
-
- Ted Twietmeyer
- www.data4science.net
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