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Originally posted by FoosM
Well then, the issue of not going to the moon was not about money, was it?
Originally posted by FoosM
So you were there I guess? Or your evidence is?
Because your statement does not agree with the astronaut's description of being in shadow.
Nor the video/film that we see.
109:27:13 Armstrong: Okay. It's quite dark here in the shadow and a little hard for me to see that I have good footing. I'll work my way over into the sunlight here without looking directly into the Sun.
[Armstrong, from the 1969 Technical Debrief - "It is very easy to see in the shadows after you adapt for a little while. When you first come down the ladder, you're in the shadow. You can see everything perfectly; the LM and things on the ground. When you walk out into the sunlight and then back into the shadow, it takes a while to adapt."]
[Aldrin, from the 1969 Technical Debrief - "In the first part of the shadow, when you first move from the sunlight into the shadow, when the Sun is still shining on the helmet as you traverse cross-Sun, you've got this reflection in your face. At this point, it's just about impossible to see anything in the shadow. As soon as you get your helmet into the shadow, you can begin to perceive things and to go through a dark-adaptation process. Continually moving back and forth from sunlight into shadow should be avoided, because it's going to cost you some time in perception ability."]
Originally posted by FoosM
Why would they bother planting the flag for a secret mission?
Anybody see the film? Curious to what people thought of the special effects.
The other question I have, and I may have asked this before.
Besides Apollo 13, is there any other film, as in motion picture, or video of
the astronauts in the LM?
Originally posted by 000063
reply to post by SayonaraJupiter
Assertion without evidence.
Nixon had an ulterior motive for typing up that speech with the very specific scenario.
Also, it's a prepared backup speech, not the prepared speech. Your own link says so. They were covering their bases.
I can carry an organ donor card in my wallet, but that doesn't mean I plan on getting hit by a car.
reply to post by SayonaraJupiter
You're evading, SJ.edit on 2011/9/6 by 000063 because: (no reason given)
Originally posted by jra
Originally posted by FoosM
Well then, the issue of not going to the moon was not about money, was it?
I mistyped. I should have said partially funded. Since not all the hardware was completed or launched into space.
But money was one of the issues for the cancellation the last three missions. They were already facing budget cuts by 1970. There's no denying that the Apollo missions were expensive. The final cost for the whole program was approximately $136 billion (in 2007 dollars).
The Apollo 11 missing tapes are missing slow-scan television (SSTV) recordings of the lunar transmissions broadcast during the Apollo 11 moonwalk, which was the first time human beings walked on the Moon. The tapes carried SSTV and telemetry data recorded onto analog data recording tape.
5. The documentation history for this Accession indicates that large quantities of tapes were continually being added to Accession #69A4099 during the period Apollo was active, and Goddard was continually requesting return of many of these tapes for evaluation during the same time period. At one point this Accession contained over 700 boxes of tapes that were in storage at the National Archive which could have been Apollo related telemetry data (on the order of 3500 tape reels). The National Records Center Documented History with regard to this Accession also shows that all of the tape boxes included in this Accession, were returned to Goddard by 1984 for permanent retention by Goddard.
6. Based on the pattern of information that I was able to ascertain from sampling the numerous other tape Accessions, it is my firm belief that Accession #69A4099 was indeed the Accession that was used to store all of the Apollo mission telemetry data tapes including the Apollo 11 tapes.
7. A subsequent search by Goddard found no record of Goddard having received these tapes back from the National Archives, nor any record of disposition of these tapes or any reference to the subject Accession. However, the National Record Center at the National Archives has formal records that attest to the fact that all of the many hundreds of tape boxes which had been listed in Accession #69A4099 had been returned to Goddard at Goddard's request for permanent retention. Source www.honeysucklecreek.net...
Whatever you say, good fellow! It wasn't ME who destroyed the telemetry data of mankind's "greatest " achievement... You see there are different levels of evasion... destroying evidence by incompetence is one.
$136 Billion dollars and they could not find even a few dollars to save the original Apollo 11 telemetry data tapes. From a scientific standpoint those tapes would be as valuable as the moon rocks themselves because they could have been copied, examined, and learned from.
What kind of organization makes an *exceptional* claim (e.g. landing on the moon) and then hides/loses/ or destroys a primary source of evidence? A secret organization... within NASA itself... with fraudulent goals and fraudulent agents embedded within. See Iran-Contra.
The excuses made by Apollo cheerleaders with regard to the criminal mishandling of primary Apollo 11 source material maintain that 'budgetary restraints' may have forced the space agency to reutilze the tapes for other more important projects. This, in and of itself, is a very *exceptional* claim.
Originally posted by FoosM
Originally posted by Facefirst
reply to post by FoosM
Nothing will be good enough. I've come to accept that from the hoax mindset.
The photos seem to be impressing the scientific community but then again, what do scientists know?
Whats so impressive and conclusive about these new photos?
Please tell me.
If scientists are impressed by this, then I can understand why civilization is crumbling all around us.
are you really comparing 400 year old documents to 40 year old tapes
..so the one time we land on the moon and film it we have no real reason to bother keeping the film.
The BBC taped over entire series of "Doctor Who!"
Originally posted by DJW001 In 1972 they honestly had no idea how far data processing would advance in the coming decades. They didn't even have pocket calculators back then.
Moore's original statement that transistor counts had doubled every year can be found in his publication "Cramming more components onto integrated circuits", Electronics Magazine 19 April 1965:
The complexity for minimum component costs has increased at a rate of roughly a factor of two per year... Certainly over the short term this rate can be expected to continue, if not to increase. Over the longer term, the rate of increase is a bit more uncertain, although there is no reason to believe it will not remain nearly constant for at least 10 years. That means by 1975, the number of components per integrated circuit for minimum cost will be 65,000. I believe that such a large circuit can be built on a single wafer. Source en.wikipedia.org...'s_law
Originally posted by GrassyKnoll
This is sure to stir the pot some:
Moon To Have No-Fly Zones By Month's End:
Originally posted by zvezdar
Originally posted by FoosM
Originally posted by Facefirst
reply to post by FoosM
Nothing will be good enough. I've come to accept that from the hoax mindset.
The photos seem to be impressing the scientific community but then again, what do scientists know?
Whats so impressive and conclusive about these new photos?
Please tell me.
If scientists are impressed by this, then I can understand why civilization is crumbling all around us.
So what, prey tell, will be good enough for you?
I know the answer, i'd just like you to say it.
Originally posted by GrassyKnoll
reply to post by jra
Science magazine is mentioned as being the source.
Science 2 September 2011:
Vol. 333 no. 6047 pp. 1207-1208
DOI: 10.1126/science.333.6047.1207
NEWS & ANALYSIS
SPACE
NASA to Launch Guidelines to Protect Lunar Artifacts
Lucas Laursen*
As dozens of private teams race to return to the moon as soon as next year, spurred on by $30 million in prize money from Google and the X Prize Foundation, NASA is wrestling with how to safeguard the historic and scientific value of more than three dozen sites containing remnants of America's golden era of space exploration, including the spot where Neil Armstrong and Edwin "Buzz" Aldrin Jr. left the first footprints on the lunar surface. Later this month, the agency plans to issue what it calls "recommendations" for spacecraft, or future astronauts, visiting U.S. government property on the moon.
Whipping around the moon in the solar system’s loneliest spaceship, Apollo 8 astronaut James Lovell saw something in 1968 that he shouldn’t have: a gentle illumination, like a sunrise or sunset on Earth, hovered where the sun’s light cast its sharp shadow on the moon’s surface. Yet the moon has no atmosphere to catch the sun’s rays and create such a spectacle.
Other astronauts and photos from Surveyor moon landers confirmed the horizon glow. So scientists hypothesized that lunar dust was picking up enough of an electric charge from cosmic rays or the solar wind to drive it tens of kilometers into the otherwise vacant lunar sky and cause the light show. A particle monitoring instrument, the Lunar Ejecta and Meteorites (LEAM) experiment, placed on the moon 4 years later seemed to provide corroborating data.
But now a former Apollo physicist is threatening to take the glow off this explanation. Brian O’Brien, who helped design dust monitors for Apollo 11, 12, 14, and 15, argues in a review published online recently by Planetary and Space Science that much of the LEAM data were not detections of charged lunar dust particles but instead electrical interference generated by the Apollo Lunar Surface Experiments Package (ALSEP) instruments parked 7.5 meters away from LEAM.
That claim has roused other Apollo scientists and engineers out of retirement. “I’m amazed that Planetary and Space Science accepted Brian’s paper,” says Lynn Lewis, the ALSEP systems manager and chair of a group trying to find missing data from the package.
The nostalgic dustup comes as NASA prepares for the 2013 launch of the Lunar Atmosphere and Dust Environment Explorer (LADEE), a lunar satellite whose instruments could resolve whether such charged particles exist and how they move above the moon. Many of the participants will face off at next month’s 4th NASA Lunar Science Forum at Ames Research Park in California.
Lunar dust, and dust on other rocky planets and asteroids, is important to space exploration for several reasons. Researchers who count craters on airless, waterless bodies or analyze the chemistry of their rocky surfaces to try to estimate their age and composition need to know how much dust is flying around to calibrate measurements, says physicist Eberhard Grün of the Max Planck Institute for Nuclear Physics in Heidelberg, Germany, and the University of Colorado, Boulder. Dust creates practical problems, too. Surveyor 3, a robotic lander sent to the moon in 1967, showed signs of serious dust abrasion when it was collected 2 years later by Apollo 12 astronauts. Dust also darkened the moon explorers’ suits, heating them beyond the cooling systems’ capacity, and the particles’ sharp, glassy edges caused leaks in the suits.
NASA designed the LEAM experiment, installed near the Apollo 17 landing site in December 1972, to detect a predicted continual rain of fast-moving micrometeorites and the fine lunar dust they kicked up upon impact. Yet LEAM recorded the most activity at lunar sunrise or sunset. The types of events recorded were odd as well: They saturated the instrument’s sensors and lasted longer than they should have if caused by fast interplanetary particles.
Lunar scientists later concluded that LEAM was seeing slow-moving charged dust particles close to the ground. Perhaps as sunlight struck the moon and charged some dust particles but not neighboring ones still in the shade, the difference in electrical charges would drag lighter particles around the surface or even into the sky, they hypothesized. If such particles also floated kilometers higher, then the LEAM data might support the idea that the horizon glow was lunar dust.
But in his new paper, O’Brien, who was at Rice University in Houston, Texas, at the time of the Apollo missions, questions whether the LEAM data represent dust. For example, he says that too many of the unexpected signals arrive in well-ordered bursts to be from slow-moving, charged dust. He also points to reports of electrical interference in preflight laboratory tests of the instrument. Instead, O’Brien writes, the signals captured by LEAM occurred when ALSEP turned on or off the electricity for the heaters it needed to survive the lunar nights.