The Truth About Apollo's El Paso
THE REASON WE SELDOM HEAR ANYTHING ABOUT THE LRRR EXPERIMENT FROM THE MCDONALD OBSERVATORY END IS BECAUSE THE SCIENTISTS AT THAT OBSERVATORY UTILIZED A BLUE-GREEN ARGON LASER AS A LOCATING AND ALIGNING TOOL IN THEIR LRRR EFFORT. AS SUCH, THE ASTRONAUTS WOULD HAVE BEEN EXPECTED TO HAVE SEEN THIS VISIBLE SPECTRUM LASER LIGHT. THIS MAY WELL BE THE PRIMARY REASON FOR APOLLO 11 ASTRONAUT "STAR PHOBIA" AND APOLLO 11 ASTRONAUT "LASER FRIGHT".
As many of our forum's learned members are aware, two high tech Tranquility Base LRRR hunting lasers were in operation on the evening of 07/20/1969 and into the morning of 07/21/1969(and dates well well well beyond). One of those lasers was at the Lick Observatory near my own home in San Francisco, and a second laser was operating out of the Texas based McDonald Observatory.
The reason we hear so much about the Lick Observatory Laser, and relatively little about the McDonald laser, has to do with the fact that the boys at McDonald were employing a blue-green argon laser as well as the ruby red LRRR targeting laser. The story about the blue-green laser at McDonald Observatory poses a great threat to the Apollo 11 official narrative mumbo jumbo. The blue-green laser being the type imaged by the Surveyor VII probe, was a laser the astronauts would have been EXPECTED TO SEE, seen with their unaided eyes as a matter of fact. This is not the only reason, but one of the reasons, the McDonald people employed the blue-green laser as a compliment to the red one. To elaborate on this important point, I'll turn first to C.O. Alley's seminal paper published in SCIENCE, vol 167, January 5 1970. Those of us with a genuine interest in Apollo are familiar with Professor Alley from the University of Maryland. He was the point man, the lead investigator of Apollo's entire LRRR experimental program.
Here's Professor Alley reporting on his team's nothing less than sensational Apollo LRRR work (SCIENCE, 167, January 5 1970, page 369, Apollo 11 Laser Ranging Retro-Reflector:
Initial Measurements from the McDonald Observatory);
"Techniques for pointing such narrow beams to a specific location on the moon were developed during the successful Surveyor 7 laser-beam-pointing tests (5). An argon ion laser beam was brought to a focus in the telescope focal plane at the moon-image spot that was chosen for illumination. When the laser beam filled the exit pupil of the telescope and matched its f-number, the collimated beam was projected to the selected location on the moon and detected by the television camera on Surveyor 7."
So here, Professor Alley reminds us of how it all began for him and his team in earnest. By that I mean, with the "Surveyor 7 laser-beam-pointing tests" as Alley likes to call them. Once this was done, once Surveyor VII imaged the beams from Table Mountain and Kitt Peak in January of 1968, then LRRR ranging was shown to be feasible, and the only question that remained was whether Alley and his team would work with an astronaut place LRRR, or whether an unmanned craft sporting an LRRR would settle on the moon, and Alley's team would go after instead, an unmanned craft placed LRRR as a target.
As covered in a prior post, UNITED PRESS INTERNATIONAL carried a report on 07/19/1969, the day prior to the landing in which it was mentioned that the McDonald University Team were using a blue-green argon laser to locate and align their telescope for LRRR targeting by the ruby red laser that actually would be employed for the ranging experiment itself. Here's that segment of the UPI article(SCIENTISTS AIM LASER AT MOON, FORT DAVIS TEXAS UPI, 07/19/1969) again;
"When the astronauts land on the moon, the scientists will fire a laser at an 18-inch square reflector to be set up on the moon's surface by the astronauts. The experiment is designed to provide precise measures of movements of the moon and Earth. The blue-green laser is being beamed at the moon this week for locating and alignment purposes. A UT spokesman said the scientists hoped the astronauts would be able to see the blue-green laser, but apparently the Earth's cloud cover prevented that. The blue-green argon laser is more easily seen by the human eye than the ruby red laser that will be used in the actual experiment, scientists said."
So more and more is becoming very clear to us all. The honest, hard working conscientious scientists at McDonald Observatory were planning to target the LRRR that they believed Armstrong and Aldrin would set down. Knowing argon blue-green laser light to be visible and relatively weak/harmless if appropriate precautions were taken, the McDonald Observatory scientists tried to get the astronauts to confirm that they were able to see the McDonald blue-green argon laser light from space. This way, when Armstrong/Aldrin finally got to the moon, the astronauts would have known what to look for in terms of what the laser looked like. If they were able to see it, the blue-green light, then everybody would know the McDonald boys and presumably given good communication, the Lick Observatory boys, were all pointing their respective lasers in the correct location. Here's the Voice Transcript quote again with the McDonald scientists, working through the CapCom, trying to get the astronauts to confirm that they can indeed see what they believe the astronauts should be able to see , blue-green laser light.
Voice Transcript Time 01 11 25 49
"CC: Roger. We got a little laser visual experiment we'd like to for_you to do for us;. If-if you got the Earth through any of your windows or through the telescope, would you so advise? Over.
CMP: Stand by one, Charlie.
CMP: At this roll attitude, what should our high- gain angles be? Maybe that would help us locate you. We don't see you in the lens
CC: Stand by.
CC: Hello, Apollo 11. Houston. Those high gain angles are pitch minus 70, yaw 90. We think the Earth is apparently pretty close to
plus z-axis. Over.
CMP: Okay.
CMP: Okay, Charlie. I got you _in the telescope.
CC: Roger, Apollo 11. We've got a laser that we're going to - It's a blue-green laser that we're going to flash on and off at a frequency of on for a second, off for a second. It's coming out of McDonald Observatory near El Paso, which is - should be right on the terminator --or right inside the terminator. We are going_ to activate that momentarily. Would you please take a look through the telescope and see if you can see it. Over.
CMP: Telescope? Or sextant?
CC: Either one. Over.
CMP: Okay, I'll try it _with the telescope; and' if I don't see it there, then I'll try the sextant.,
CC: Roger. We'll give you the word when they've_ got it turned on. Over.
CMP: Okay.
CC: 11, Houston. They don't have it turned on yet. We'll give_ you the word when they got it turned on. Over.
CMP: Okay.
CC: Hello, Apollo 11. Houston. We noticed the CR¥O pressure dropped a moment ago. Did you stir up the CRYO's? Over.
CDR: Roger. We've finished our cycling operations.·_
CC: Roger. Copy. Out. '
CC: Hello, Apollo 11. Houston. McDonald's got the laser turned on, Would you take a look?, Over.
CMP: Okay, Charlie.
CC: It's bluish-green.
CC: 11, Houston. We got some shaft and trunnion for you that might tweak it up a little bit. Shaft of 141.5, trunnion of 39.5. Over. '
CDR: Okay. Stand by.
CC: Apollo 11, Houston. If you see it it should be coming up - appear to be coming up,through the clouds. McDonald reports that there's a break in the clouds that they're beaming this thing through. Over.
CDR: Roger.
CC: Hello, Apollo 11. Houston. You can terminate the exercise on the Laser. Our rates are steady enough now for - to commence the PTC. Over.
LMP: Okay Houston. Neither Neil nor Mike can see it. Incidentally_ those shafts and trunnions just missed pointing at the world.
CC: Roger. Thank you.
LMP: As we are looking at it through the scanning telescope, it would _be about a - oh, maybe a third of an_ Earth radii high and to the left.
CC: Roger.
LMP: But, we did - but we did identify the El Paso area and it appeared to us to be a break in the clouds there, and we looked in that break and saw nothing.
CC: Roger. Thank you much. Out.
CMP: Houston, Apollo 11. Over."
So the MCDonald scientists were doing this as a "dry run". They were hoping the astronauts would say, "Yes! we see the blue-green light! Very cool!" Of course, given Apollo's fraudulence, seeing lasers is a no no no no no no no no. So all the cajoling on the part of scientists, CapCom(in on the fix) and whomever, is not going to get The Three Blind Mice to have an epiphany and admit to seeing anything but the earth and the sun floating there in space. Is everyone starting to catch on??????? The lasers are brighter than stars. So if one admits to seeing stars, then one can see the lasers, even photograph them. But if you are not really in space where you are supposed to be, truant from the surface of the moon, well then that's a problemo, mui mui mui grande!
As one notes from reading the United Press International article of 07/19/1969, an article already referenced and quoted above, the McDonald boys are a bit more sophisticated in their approach than the fellas at Lick. Every time they attempt to target the LRRR with the ruby red light, they first locate and align with the blue-green light. Quoting the UPI article again;
"The blue-green laser is being beamed at the moon this week for locating and alignment purposes."
But given the Eagle "landed off course", the scientists at McDonald Observatory would naturally have to locate and align with the blue-green light again and again, down range, wherever it was they were told the LM was, along with its LRRR. AND every time they hunt and peck with that blue-green light, were the astronauts to have been within the breadth of that beam, they would have seen it, presumably better than Surveyor VII saw the blue-green light from Table Mountain and Kitt PEak back in 1968.
Recall now journalist Harold M. Schmeck's New York Times' article of 07/21/1969 referenced and quoted in a prior post of mine, the article entitled, "THE LANDING SITE IS NOT PINPOINTED, NASA EXPERTS ARE UNABLE TO FIX SPOT ON THE MOON". The article ends with the TIMES' journalist writing;
"But once on the surface, Mr. Armstrong and Colonel Aldrin were unable to identify any scene on any of the 92(detailed maps that they carried) as the moonscape around their temporary home.
Indeed, the laser ranging experiment has failed, so far, partly because the men on earth who aimed their laser beam at the reflector the astronauts set out lacked a good enough aiming point. The laser experiment, if it had succeeded could probably have pinpointed the position of the LM within feet.
"Houston, the guys who said we wouldn't be able to tell precisely where we are are the winners today," said one of the lunar astronauts shortly after the landing yesterday.
"Roger Tranquility. No sweat. We'll figure it out," said the capsule communicator in Houston. His optimism was premature. "
But as regards the journalist's statement about the failure of the laser experiment owing to lack of accuracy in terms of landing site information, we know with certainty such was not the case. The observatories had good information, in the case of Lick Observatory, we know they were given Tranquility Base's exact location; 00 41' 15" north and 23 26' 00" on the night of the landing. Granted Wampler heard "15" as "50" that night, but that is 900 feet worth of error, almost nothing given you have been handed utterly spot on coordinates to begin with, given the laser beam is 2 miles wide, and given Wampler corrects the "15">"50" mistake the very next day. We pause here, and acknowledge the journalist's point, had the astronauts seen the blue-green laser, had the LRRR been successfully targeted, then the Eagle would have been found. Its position, its landing site remained indeterminate until August 1st 1969. The reason being, an Eagle landing site whose location was teal-time indeterminate served the intentions of those running the fraud. This has been covered in detail previously. After the astronauts returned and the LRRR was first successfully targeted on 08/01/1969, then there was no danger in saying the landing site coordinates were 00 41' 15" north and 23 26' 00" east. While the astronauts were supposed to be "up there", actually on the moon, there was plenty of danger posed to the fraud's success were there to have been a public announcement featuring accurate landing site coordinates. While the astronauts were pretending to be on the moon, the fraud's success depended on their not being precisely locatable.
So now it is all ever so ever so ever so clear as the transparent vacuum of space, a vacuum utterly courteous in allowing light to pass unimpeded, unaltered, undistorted except by gravity's effects, bending/lensing. And that light my fiends, starlight from your own zodiac sign, would have fallen from the 07/20/1969 dark lunar firmament, ever so sweetly, snowflake like, onto the starlight registering eyes of Armstrong and Aldrin. That is, were any of this real, were any of it true.
Ditto for Professor Alley's laser light, the argon sired blue-green photons from the McDonald Observatory, they would have roared through cislunar space, and would have found Armstrong eyes, and in so doing, would have found the commander's "unpinpointed" Eagle, the LRRR, and the Truth, if there were any truth to be found as regards the Apollo charade.
But there were no electromagnetic snowflakes that curious evening of 07/20/1969. The blue-green photo receptors nestled in the retinae of Armstrong and Aldrin remained charged and never challenged to respond, never triggered that evening. Such a marvelous blue-green color never registered in the occipital cortices of Armstrong and Aldrin. They came back and told us they saw no stars. They came back and lied to us and told us that only the earth and the sun were observable from the surface of the moon. They also lied to us when they told us that for the most part, the earth and the sun were the only celestial objects they were able to see throughout their days' long rides to and fro across cislunar space. They lied in the sense that they never rode to and fro across cislunar space, for had they, they would have seen much more than the sun and the earth floating there for the majority of the ride.
Now we all know why. For the astronauts to admit to seeing stars, this would have been to admit to having been able to see the blue-green laser light streaming lunar ward from out of McDonald Observatory, and this, tantamount to admitting Apollo's fraudulence.
And from somewhere out El Paso way, we can hear Marty Robin's futile attempts to reach the astronauts. If laser light couldn't find them, maybe music would. Marty could not have been more wrong.
From El PASO, by Marty Robins,
"Out in the West Texas town of El Paso
I fell in love with a Mexican girl.
Night-time would find me in Rosa's cantina;
Music would play and Felina would whirl."……………………….
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