A scientific approach to proving whether man landed on the moon - photogrammetric rectification

I just finished watching the video "What happened on the Moon" on
Google videos which seriously challenges whether the moon landing(s)
really occurred. I found the evidence very convincing. Yet I was rather
disappointed that one major piece of evidence was completely missing
altogether. This piece of evidence which I would like to explain below
is the most damning piece of evidence that virtually any engineer or
scientist can ascertain themselves if they are acquainted with optics,
calculations of orbits and a good background in math. So if you've
never come across this before, here it is...

Several years ago, the National Geographic magazine published an
article showing how a complex mathematical technique was used to
scientifically verify that Robert Peary really did reach the North
pole. See
http://www.pearyhenson.org/dougdavies/navigationreport2.htm

While the article could not verify that he was the 1st to reach the
pole, it did layout the evidence that he really was where he claimed he
was. The technique, as you probably know, is called photogrammetric
rectification. The Navigation Foundation based in Rockville, Maryland
carried out the calculations and was able to verify mathematically that
Peary really was on a certain latitude close to the North Pole. Some of
the parameters required to do this are:
A photograph showing an object with more than one shadow
The known (or assumed) time of year and time of day when the photograph
was taken
The focal point of the camera lens
Probably a few other parameters (but I'm not a mathematician - read the
NG article for more info)
By using photogrammetric rectification and having all of these
parameters available, it was demonstrated that Peary really was close
to the North Pole. The technique can only determine latitude and not
longitude. So what if we use the exact same technique and determine at
what lunar latitude the astronauts were on when they landed and the
photographs were taken. If they really were on the moon when they said
they were, we would have the following information:
the exact latitude where they were relative to the moon's north pole
the position of the sun at the time
the time of year and time of day
the focal point of the camera is known
plenty of photos with shadows
By applying photogrammetric rectification, you can verify whether the
astronauts really were on the correct latitude (where the Sea of
Tranquility is located) or any of the other locations they said they
were on subsequent landings. In fact, using photogrammetric
rectification with a few other parameters that are also available, it
is even possible to calculate the longitude.

I submit this challenge to the scientific community. For those of you
with the ability and courage to carry this out and have your results
published in a reputable scientific publication, we salute you as one
of the greatest scientists/thinkers of our time.

Elijah Rosenburg

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