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Your sense of intellectual honesty?
Originally posted by FoosMSo.... whats missing?
I'll be honest (unlike Foos). I took Foos at his word (big mistake), and assumed the samples were all returned in the SRCs. I did my calculations and came up with a total potential capacity far in excess of the actual weight of the returned samples. So I saw nothing odd that made it "impossible" that all the samples couldn't have fit in the SRCs. But then I actually went and did the research and found that all the samples weren't returned in the SRCs. So I learned my lesson about accepting anything Foos has to say.
Originally posted by DJW001 I am now going to up the stakes by challenging you to go back to the earlier posts and find one single statement that claims that all of the samples must have been returned in the rock boxes. Only one person makes that claim. Guess who?
Originally posted by AgentSmith
however, the VLT is only sensitive to objects with a high surface brightness, such as stars and the nuclei of active galaxies. This makes it unsuitable for observing most objects in the Solar System apart from the Sun.
www.daviddarling.info...
The VLT 8.2 meter telescopes was originally designed to be operated in three modes:[2]
* as a set of four independent telescopes (this is the primary mode of operation). With one such telescope, images of celestial objects as faint as magnitude 30 can be obtained in a one-hour exposure. This corresponds to seeing objects that are four billion times fainter than what can be seen with the unaided eye.
* as a single large coherent interferometric instrument (the VLT Interferometer or VLTI), for extra resolution. This mode is occasionally used, only for observations of relatively bright sources with small angular extent.
* as a single large incoherent instrument, for extra light-gathering capacity. The instrumentation required to bring the light to a combined incoherent focus was not built. Recently, new instrumentation proposals have been put forward for making this observing mode available.[3] Multiple telescopes are sometimes independently pointed at the same object, either to increase the total light-gathering power, or to provide simultaneous observations with complementary instruments.
en.wikipedia.org...
Emphasis also mine.
Originally posted by FoosM
So, what happened?
That's 'what happened' Foos and you'd have known that if you knew a single thing about the subject matter. If everyone had a theme tune, yours would be "Entrance of the Gladiators".
In 2009 people expected to see Apollo sites on the moon via telescope on the ground within a couple of years.
What happened?
Who twisted who's arm?
Or
Who made a fundamental mistake?
Or
Who lied about the claims and why?
Originally posted by FoosM
Tut tut... I had read that and of course its mentioned in Jarrah's video.
But I see that as an excuse.
Why claim one thing, and then later back out and claim its not possible?
In 2009 people expected to see Apollo sites on the moon via telescope on the ground within a couple of years.
What happened?
Dr Richard West, an astronomer at the VLT, confirmed that his team was aiming to achieve "a high-resolution image of one of the Apollo landing sites".
The first attempt to spot the spacecraft will be made using only one of the VLT's four telescope mirrors, which are fitted with special "adaptive optics" to cancel the distorting effect of the Earth's atmosphere. A trial run of the equipment this summer produced the sharpest image of the Moon taken from the Earth, showing details 400ft across from a distance of 238,000 miles.
The VLT team hopes to improve on this, with the aim of detecting clear evidence for the presence of the landers. The base of the lunar modules measured about 10ft across, but would cast a much longer shadow under ideal conditions.
Dr West said that the challenge pushed the optical abilities of one VLT mirror to its limits: if this attempt failed, the team planned to use the power of all four mirrors. "They would most probably be sufficiently sharp to show something at the sites," he said.
Dr West insisted, however, that the decision to examine the landing sites was not driven by the conspiracy theory. "We do not question the reality of the landings," he said. "It is more for instrument-testing purposes."
Originally posted by AgentSmith
Originally posted by FoosM
Tut tut... I had read that and of course its mentioned in Jarrah's video.
But I see that as an excuse.
Why claim one thing, and then later back out and claim its not possible?
In 2009 people expected to see Apollo sites on the moon via telescope on the ground within a couple of years.
What happened?
Well actually it was 2002 not 2009 (See I'm helping you, God knows you need it) and it all originates from a Telegraph article back then.
Link to Telegraph article
Originally posted by DJW001
reply to post by FoosM
Since you have posted numerous times since I challenged you to provide your second citation, we are all assuming that that was yet another lie. Incidentally, I am now going to up the stakes by challenging you to go back to the earlier posts and find one single statement that claims that all of the samples must have been returned in the rock boxes. Only one person makes that claim. Guess who?
In 2009, India's Chandrayaan-1 probe and two NASA spacecraft found water clinging to much of the lunar surface. Before Chandrayaan failed, its imaging spectrometer zoomed in on the Apollo 15 landing site. Analysis now shows that relatively water-rich soil exists on the Apennine slopes nearby. Driving to the water "would have been tough for their vehicle – but it was awfully close if they knew where to go get it", says Chandrayaan team member Roger Clark of the US Geological Survey in Denver, Colorado.
In fact, signs of water turned up in samples from all of the lander missions, but were disregarded because of possible contamination (see "How did we miss the moon's water?" below).
Now three different teams have found water in a mineral called apatite in Apollo rock samples.
How did we miss the moon's water?
The Apollo samples contained water, so why were the signs disregarded?
Soil collected during all Apollo landings contained traces of water. And material scooped up by Apollo 16 had signs of methane and hydrogen cyanide, compounds found in comets – a possible source of the stuff.
The ugly spectre of contamination was raised because none of the 12 "rock boxes" carrying the Apollo samples kept their vacuum during transit, with about half returning to the Earth's atmospheric pressure. The boxes were also opened up at NASA inside cabinets filled with nitrogen gas that was later discovered to contain 20 parts per million of water. Indeed, early isotopic studies revealed suspicious similarities between the water in some lunar soils and on Earth.
Ambiguity plagued other hints of water. Researchers argued that brown rust stains on an Apollo 16 rock could have formed if the rock contained a mineral called lawrencite and was exposed even briefly to terrestrial water vapour. And reports of what appeared to be a water-bearing mineral called amphibole in several lunar samples simply "never caught on", says Apollo scientist Larry Taylor of the University of Tennessee in Knoxville.
Despite the uncertainties, these hints may have been dismissed too quickly due to "group think", says Apollo veteran David McKay of NASA's Johnson Space Center in Houston, Texas. "These [reports] were discounted very early because most lunar rocks showed no sign of water," he says. "It was almost taboo," adds Roger Clark of the US Geological Survey. "It really showed a bias in the science community."
Opinion began to shift in 2008, when a team led by Alberto Saal of Brown University in Providence, Rhode Island, found up to 50 parts per million of water inside tiny spheres of volcanic glass collected during the Apollo 15 and 17 missions. The water was concentrated at the centre of the beads, suggesting it was not a product of terrestrial contamination. That started a lot of people looking again at the Apollo samples, says Taylor. As a former sceptic, he admits he has had to "eat his shorts" now that water is confirmed.
Working with lunar sample curators, Steele is part of a team using powerful instruments to eye the condition of select Moon materials. He not only found brush bristles, but bits of plastic, nylon and Teflon, as well as a few earthly organisms having a picnic within lunar samples.
"Some of them are pretty snotty," Steele told SPACE.com...
All of the specimens inspected by Steele, including a core sample, show evidence of contamination, mostly by plastics, he reported during the 32nd Lunar and Planetary Science Conference, held March 12-16 at the NASA center.
Steele is quick to point out that truly pristine lunar samples are likely within the Apollo collection. "The curitorial people are working incredibly hard to make sure that Apollo samples are sealed up and have never seen the atmosphere. My hat is off to them. Theyve done a brilliant job," he said.
Judith Allton, a Lockheed Martin researcher and part of JSCs advanced curation-planning team, said that several core tubes from the Apollo expeditions remain unopened. "You need to have something in reserve for future studies when techniques are better and ideas are better," she told SPACE.com.
Former Apollo 17 astronaut, Harrison "Jack" Schmitt, said his impression is that lunar samples have been taken care of well throughout the years.
"I am sure that there may have been exceptions, but reputable researchers cannot afford to work on contaminated samples," Schmitt said in a later interview. At the time, there were unavoidable incidents of contamination, he said, which everyone knows occurred during collection, transport, and handling prior to distribution.
Schmitt said that the lunar sample containers were unable to retain a vacuum and most samples came back in bags without sample box protection. Spacecraft atmosphere and Earth's atmosphere contaminated the samples at that point, he said.
But what you have brought up goes to show how long these plans have been in effect.
It also goes to show how powerful the conspiracy has been for them to even make mention of it.
And, being that they haven't been able to provide pictures of the landing sites with proof of machinery or shadows of the LM, goes to show that nothing is actually there.
Originally posted by FoosM
Originally posted by AgentSmith
Originally posted by FoosM
Tut tut... I had read that and of course its mentioned in Jarrah's video.
But I see that as an excuse.
Why claim one thing, and then later back out and claim its not possible?
In 2009 people expected to see Apollo sites on the moon via telescope on the ground within a couple of years.
What happened?
Well actually it was 2002 not 2009 (See I'm helping you, God knows you need it) and it all originates from a Telegraph article back then.
What I said was not incorrect.
Originally posted by nataylor
Your sense of intellectual honesty?
Originally posted by FoosMSo.... whats missing?
Please, tell us what's missing.
If you didnt want to search through the links I provided, all you had to do was copy and paste text in Google or any one of your favorite search engines.
You would been provided with several locations of that quote.
For example:
ares.jsc.nasa.gov...
Originally posted by AgentSmith
Originally posted by FoosM
Originally posted by AgentSmith
Originally posted by FoosM
Tut tut... I had read that and of course its mentioned in Jarrah's video.
But I see that as an excuse.
Why claim one thing, and then later back out and claim its not possible?
In 2009 people expected to see Apollo sites on the moon via telescope on the ground within a couple of years.
What happened?
Well actually it was 2002 not 2009 (See I'm helping you, God knows you need it) and it all originates from a Telegraph article back then.
What I said was not incorrect.
We've got to have that quoted just for posterity, amazing.. You can't even admit when you made a mistake, you're pretty darn special arn't you? :shk:
As for the rest of what you wrote, seriously - what planet are you on? :shk:
Originally posted by DJW001
reply to post by FoosM
If you didnt want to search through the links I provided, all you had to do was copy and paste text in Google or any one of your favorite search engines.
You would been provided with several locations of that quote.
For example:
ares.jsc.nasa.gov...
But I did go through all the references you posted. That's why I challenged you. How many days did it take you to find that second "source?" From the context of your new reference, it seems that they were more concerned about weight distribution than weight per se. Incidentally, a little googling on my part uncovered that the actual inner volume of the LSRC was 16,000cm3, which would allow it to contain about 48 kilos of basalt. (Not that it matters.) So I stand by my "cocktail napkin."
So my original sandbag analogy still stands.
Originally posted by DJW001
reply to post by FoosM
So my original sandbag analogy still stands.
Yes, but what about your argument based on the assumption that all the samples were returned in the LSRCs? Does that still stand?
Originally posted by cushycrux
blahblahblahblahblahblahblahblahblah PLOP....
LRO Apollo 15 3D
[ats]http://attacke.blogsport.de/images/4519353550_5d940bb24c_o.png
Apollo 14 in 3D
[ats]http://cdn.discovermagazine.com/gallery/albums/lro/lro_apollo14_anaglyph.jpg