Originally posted by zaiger
reply to post by ChemBreather

---

Freemason number = 11
Zeus's 'trade marks' = Eagle = The Eagle has Landed ???

Well why don't you share with us ANY shape and ANY number that cannot be somehow tied in to the mason's.
Considering that it was the Aollo mission it is not too far of a stretch connecting apollo with the eage. It does not matter though if the eagle was instead named "abcdefghijklmnopqrstuvwxyz" someone would say that those are all masonic NWO illuminati letters.

[edit on 30-4-2010 by zaiger]

Originally posted by amonza
reply to post by Josephus23

---

I read the articles you linked to.

Phage adressed your concerns perfectly well.

I don't understand the further question that you are asking.

Originally posted by zaiger
reply to post by dragnet53

---

www.itwire.com...

But you can trust the conspiracy theroist and his cat if you would like.

Originally posted by Phage
reply to post by dragnet53

---

Good thing you didn't go then.

Well he could at least have given it a tiny bit more thought. Example: the "footstep" theory. He compares the flagpole with his bed. He totally neglects the leveraging effect of the flag pole. He also neglects the elastic attribute the soil on the moon may have. Instead he is jumping on a concrete floor.

Originally posted by zaiger
reply to post by dragnet53

---

www.itwire.com...

But you can trust the conspiracy theroist and his cat if you would like.

Skeptics of the NASA Apollo missions to the Moon four decades ago may have to eat moondust!

Originally posted by dragnet53

Originally posted by Phage
reply to post by dragnet53

---

Good thing you didn't go then.

bah figures no answer. Like I stated even the most trained person will get startled.

The Apollo 11 lunar laser ranging retroreflector array. [More]

University of Maryland physics professor Carroll Alley was the project's principal investigator during the Apollo years, and he follows its progress today. "Using these mirrors," explains Alley, "we can 'ping' the moon with laser pulses and measure the Earth-moon distance very precisely. This is a wonderful way to learn about the moon's orbit and to test theories of gravity."

Here's how it works: A laser pulse shoots out of a telescope on Earth, crosses the Earth-moon divide, and hits the array. Because the mirrors are "corner-cube reflectors," they send the pulse straight back where it came from. "It's like hitting a ball into the corner of a squash court," explains Alley. Back on Earth, telescopes intercept the returning pulse--"usually just a single photon,"