It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
So I asked the question, how could you get hotspots on the Ladder and the Astronauts helmet?
Someone said from EARTH.
Initially, I thought the Earth was bright enough to fill in the shadows, but subsequently realized that cannot be the case. The Earth is a fraction of the brightness of the Sun, not nearly enough to fill in the shadows. So then what is that other light source?
Of course he goes on to say the moon itself. But the moon would not create spot like effects on the helmet and ladder. Especially because he states this:
The lunar dust has a peculiar property: it tends to reflect light back in the direction from where it came. So if you were to stand on the Moon and shine a flashlight at the surface, you would see a very bright spot where the light hits the ground, but, oddly, someone standing a bit to the side would hardly see it at all. The light is preferentially reflected back toward the flashlight (and therefore you), and not the person on the side.
www.badastronomy.com...
See? Where did the spot lights come from?
Originally posted by FoosM
Well Ok lets get to it:
Okay, let's.
As per checklist, Ed takes two pictures of Al out the window. These are AS14-66- 9229 and 9230.
history.nasa.gov...
113:52:53 McCandless: Antares, this is Houston. You are Go for two-man EVA. Over.
history.nasa.gov...
113:53:40 McCandless: Roger, Al. (Long Pause)
[The horizon tilts in the TV picture as Al raises the MESA to a comfortable working height.]
I have no idea why the camera would tilt. But take a look these video captures:
If you read the transcript you posted, you might have some idea.
Correction. Those are reflections of a light source. The same light source, obviously. You speak in the plural as though every reflection requires a separate light source. Have you learned nothing from the earlier discussions about shadows?
Those are light sources (see arrows).
From where? Its not the Sun, it cant be the landscape.
Correct: it is not the Sun. The ladder is in the shadowed side of the LM.
They look like spot lights to me.
Why? Why do these look like spotlights to you? Do you see a pool of light from these spotlights anywhere? Again, I note the plural. Why would a special effects team that was trying to recreate the "inky blackness" of a shadow in a vacuum use filler lights? It would ruin the entire effect.
" target='_blank' />
Oh come on, those are spot lights. Those spots are on the top portion of the helmet.
So dont tell me some nonsense its from the ground.
If its not spots, it must be some powerful stars.
"Oh come on..." Very persuasive reasoning. Those reflections are indeed on the top part of the helmet, suggesting they are coming from nearly directly overhead. (Two correct observations!)
Why do you ask if the reflections are caused by stars? I hope it's not because you think that each reflection requires a separate light source (still). Let me ask a series of rhetorical questions. Why do moon hoaxers worry about why stars don't show up on photographs taken on the Moon? Why don't they question something much more obvious? Like why, in all the panoramas the astronauts took, you can never see the Earth? There are only a handful of images of the Earth taken from the surface of the Moon, always from a very low camera angle. (BTW, Kubrick put the Earth in nearly every scene on the Moon's surface in 2001.) It's because, physical librations aside, the Earth always stays in the same place in the lunar sky. From the latitudes and longitudes of the Apollo landing sites, this was always within 30 degrees of vertical. In other words, the Earth, the second brightest light source on the Moon was always pretty much directly overhead. The source of that blue, point-like reflection on the astronaut's helmet and the shiny bits of the LM is the Earth! The more complicated patterns you see glistening on the helmet in the closer shots is due to the earthlight shining through overhanging rendezvous radar antenna rig, plus back-scattered light being reflected of the downward slanting LM windows.
Originally posted by WWu777
I have a question for you debunkers and authority worshippers:
(unsupported suspicions and opinions removed)
You debunkers are gullible zombies of establishment and authority.
Originally posted by WWu777
When people with incriminating evidence against powerful people, such as Thomas Baron, sudden die mysterious and it gets ruled a suicide, do you ever get suspcious...
or do you buy the official story because to you, authority = truth?
If you can't see anything suspicious about Thomas Baron committed suicide and taking his family with him, just before he was about to expose NASA to Congress, then you are brain dead and beyond help.
You debunkers are gullible zombies of establishment and authority.
...incriminating evidence against powerful people, such as Thomas Baron...
Mr. Baron started working for NAA in September 1965 and was assigned as an inspector at the Kennedy Space Center (KSC), the launch site. In late 1966, Baron presented to NASA officials a 58-page report alleging improper action, discrepancies, failures, and other irregularities he had witnessed. KSC officials notified NAA managers, who met with Baron to address his concerns. The senior quality control officer of NAA attended this meeting. They found that some of Baron's criticism had merit, but the rest of his report was inapplicable or unfounded for a variety of reasons.
Originally posted by payt69
apollohoax.proboards.com...
Gotta give it to ya, FoosMasoos, you're a rare breed
[edit on 23-7-2010 by payt69]
My friend found this article put out by NASA. It is talking about the radiation exposure an astronaut would receive going to the moon or to mars.
This is the article.
science.nasa.gov...
I have always lambasted anyone who tries to talk about the Van Allen Belt, NASA clearly states that the astronauts received minimal exposure due to the one hour time frame, but this article seems to directly contradict what NASA has said.
I can normally shut most people up about the moon landings, but I really do not know how to argue with this point.
Please answer these questions so that I can shut my friend up.
1)Why would NASA be worried about any of this. We obviously had the technology in the 60's to take care of the problem. I would think that by now we would have technology that far surpasses what we had then. You will have to forgive my lack of knowledge concerning the eccentricities of space travel.
2)These are the quotes that he keeps throwing in my face.
"Space beyond low-Earth orbit is awash with intense radiation from the Sun and from deep galactic sources such as supernovas. Astronauts en route to the Moon and Mars are going to be exposed to this radiation, increasing their risk of getting cancer and other maladies. Finding a good shield is important."
I am really confused and I hate being wrong. Please help me debate my friend into little pieces. I am really starting to question myself.
The question is, why cant NASA build from what they already know?
Which probes did NASA launch prior to Apollo to determine the dangers of radiation? And what did they find? Why cant this research be used today for future missions? How did they determine a safe duration for the moon landing the first time around? They must have known, where is this data?
That sketch belongs in every single Apollo book and website, Hoax or Reality.
I daresay I have not seen such a good illustration of how the spacecraft stayed out of the more energetic parts of the VAB
So I asked the question, how could you get hotspots on the Ladder and the Astronauts helmet?
Someone said from EARTH.
Initially, I thought the Earth was bright enough to fill in the shadows, but subsequently realized that cannot be the case. The Earth is a fraction of the brightness of the Sun, not nearly enough to fill in the shadows. So then what is that other light source?
Of course he goes on to say the moon itself. But the moon would not create spot like effects on the helmet and ladder. Especially because he states this:
The lunar dust has a peculiar property: it tends to reflect light back in the direction from where it came. So if you were to stand on the Moon and shine a flashlight at the surface, you would see a very bright spot where the light hits the ground, but, oddly, someone standing a bit to the side would hardly see it at all. The light is preferentially reflected back toward the flashlight (and therefore you), and not the person on the side.
www.badastronomy.com...
See? Where did the spot lights come from?
So again, and nobody has answered this.
How long was Apollo in the VABs?
I dont care if it was barely touching the edge or it didnt go through the hot spots.
I asked how long it was in the VABs and where did they get this 1 hr figure from?
Phil Plait responding to a question about the VABs:
“…they were in the belts for just a few minutes. Inner, outer, it doesn’t matter. Since they weren’t in them for long, they didn’t get a lethal dose of radiation.
What makes you think they meant nautical miles?
Because it was for the longest time the standard in spacefaring. We still use it for historical reasons, but we typically use SI units now.
How do you know that for sure?
Because I do this for a living and you don't.
Originally posted by DJW001
reply to post by FoosM
Is your summary of that thread as accurate as your summary of this one?
So I asked the question, how could you get hotspots on the Ladder and the Astronauts helmet?
Someone said from EARTH.
Initially, I thought the Earth was bright enough to fill in the shadows, but subsequently realized that cannot be the case. The Earth is a fraction of the brightness of the Sun, not nearly enough to fill in the shadows. So then what is that other light source?
Of course he goes on to say the moon itself. But the moon would not create spot like effects on the helmet and ladder. Especially because he states this:
The lunar dust has a peculiar property: it tends to reflect light back in the direction from where it came. So if you were to stand on the Moon and shine a flashlight at the surface, you would see a very bright spot where the light hits the ground, but, oddly, someone standing a bit to the side would hardly see it at all. The light is preferentially reflected back toward the flashlight (and therefore you), and not the person on the side.
www.badastronomy.com...
See? Where did the spot lights come from?
I don't think anyone here can trust your version of things until you explain yourself.
Originally posted by weedwhacker
reply to post by FoosM
Fascinating, utterly one-sided (and I expect entirely incorrect) trip down your memory hole...er, I mean "lane".
Originally posted by FoosM
Originally posted by DJW001
reply to post by FoosM
Is your summary of that thread as accurate as your summary of this one?
So I asked the question, how could you get hotspots on the Ladder and the Astronauts helmet?
Someone said from EARTH.
Initially, I thought the Earth was bright enough to fill in the shadows, but subsequently realized that cannot be the case. The Earth is a fraction of the brightness of the Sun, not nearly enough to fill in the shadows. So then what is that other light source?
Of course he goes on to say the moon itself. But the moon would not create spot like effects on the helmet and ladder. Especially because he states this:
The lunar dust has a peculiar property: it tends to reflect light back in the direction from where it came. So if you were to stand on the Moon and shine a flashlight at the surface, you would see a very bright spot where the light hits the ground, but, oddly, someone standing a bit to the side would hardly see it at all. The light is preferentially reflected back toward the flashlight (and therefore you), and not the person on the side.
www.badastronomy.com...
See? Where did the spot lights come from?
I don't think anyone here can trust your version of things until you explain yourself.
What exactly is your issue and what are you exactly accusing me of?
Originally posted by DJW001
I don't think anyone here can trust your version of things until you explain yourself.
Originally posted by FoosM
Originally posted by DJW001
I don't think anyone here can trust your version of things until you explain yourself.
What exactly is your issue and what are you exactly accusing me of?
What part of this post did you not understand?
www.abovetopsecret.com...
I am accusing you of grossly misrepresenting the following part of this thread:
www.abovetopsecret.com...
www.abovetopsecret.com...
You then present a rubbish post from another poster from another thread in such a way that it is implied that it was part of the above exchange on this thread and hence made by me. This is essentially character assassination. I am accusing you of deliberately propagating disinformation in plain sight.
Dude, I think you got me confused with someone else, because I have no idea what you are going on about. You got an issue that I countered your argument from a quote from Phil Plait?
Did you or did you not say that the reflection on the Astonaut's white helmet was Earth? And that the Earth was powerful enough to cause fill lighting?
If you did not, then why did you reply? if you did, well then what's your problem?
Someone said from EARTH.
Initially, I thought the Earth was bright enough to fill in the shadows, but subsequently realized that cannot be the case. The Earth is a fraction of the brightness of the Sun, not nearly enough to fill in the shadows. So then what is that other light source?
Of course he goes on to say the moon itself. But the moon would not create spot like effects on the helmet and ladder. Especially because he states this:
The lunar dust has a peculiar property: it tends to reflect light back in the direction from where it came. So if you were to stand on the Moon and shine a flashlight at the surface, you would see a very bright spot where the light hits the ground, but, oddly, someone standing a bit to the side would hardly see it at all. The light is preferentially reflected back toward the flashlight (and therefore you), and not the person on the side.
www.badastronomy.com...
See? Where did the spot lights come from?
You are quite free to choose your own side and see how far it takes you.
And if you see any mistakes, then post them. Because simply making negative accusations towards other forum members is lame.
Not only for the information that was brought forth, but the behavior and attack tactics of what some would call the Apollogists, the Apollo Defense Force, the Propagandists or NASA Fanboys
Originally posted by DJW001
Did you or did you not make this post:
www.abovetopsecret.com...
Someone said from EARTH.
Initially, I thought the Earth was bright enough to fill in the shadows, but subsequently realized that cannot be the case. The Earth is a fraction of the brightness of the Sun, not nearly enough to fill in the shadows. So then what is that other light source?
Of course he goes on to say the moon itself. But the moon would not create spot like effects on the helmet and ladder. Especially because he states this:
The lunar dust has a peculiar property: it tends to reflect light back in the direction from where it came. So if you were to stand on the Moon and shine a flashlight at the surface, you would see a very bright spot where the light hits the ground, but, oddly, someone standing a bit to the side would hardly see it at all. The light is preferentially reflected back toward the flashlight (and therefore you), and not the person on the side.
www.badastronomy.com...
Ummm... who do you think I quoted?
You see that link at the bottom from (badastronomy)
Thats not a forum.
Thats an article by Phil Plait.
I quoted him.
He thought the Earth was bright enough for fill light on the moon, and he retracted that idea.
You get it? Thats not you... thats Phil... oh wait, are you Phil Plait?
If you are not Phil P. then you can either agree or disagree with him and explain how your earlier position is supported by his statement or not.
But to try to derail this thread by accusing me of misquoting you shows how low you will go to win an argument. Or you are very confused.
All you had to do is ask for clarification instead of going on a rant and throwing around threats. Apparently the information revealing the moon hoax is really making you loose your mind, which I warned everyone could happen.
Y'all gon' make me lose my mind up in HERE, up in here
Y'all gon' make me go all out up in here, up in here
Y'all gon' make me act a FOOL up in HERE, up in here
Y'all gon' make me lose my cool up in here, up in here
No... dont worry, Im not quoting you.