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Originally posted by Rilence
I would have thought this post (like every other post on ATS) was very much open to debate with regards to the information presented within it...
Originally posted by zorgon
It is Rilence... but is it to much to ask someone like greatlakes with an opposing theory to present his/her evidence to back it? Telling me "why don't you do more research" and "go look it up" doesn't quite cut it.
Of course judging from these last two posts, perhaps there is a hidden agenda? I mean the minute I ask for a simple backing up of a theory, the tone and style of the posts changed drastically.
Darn and just when it was getting interesting...
Originally posted by Rilence
All I'm saying is the two of you were guilty of pointless bickering a page or two back...
Originally posted by zorgon
Oh well... So while I have YOU on the hook, how about YOUR opinion on those examples excluding the Heart?
Originally posted by zorgon
Originally posted by greatlakes
So its possible that the cause of the extra luminosity of the Aris Crater is a localized effect due to volcanic (ancient) activity in a low gravity, low or no atmosphere (and other non-earthlike) environs.
It is also likely that they are fluorescent rocks, charged by extra strong solar bursts... and explanation readily offered by NASA
Originally posted by TheBorg
What about Phosphorous? Are there any records of there being any phosphorous found on the Lunar surface? If so, then we may now know what's being seen there in Ari.
TheBorg
Wikipedia
Robert Boyle in the 1680s ascribed it to "debilitation" of the air. In fact it is oxygen being consumed. By the 18th century it was known that in pure oxygen phosphorus does not glow at all,[7] there is only a range of partial pressure where it does, too high or too low and the reaction stops. Heat can be applied to drive the reaction at higher pressures.[8]
In 1974 the glow was explained by R. J. van Zee and A. U. Khan.[6] A reaction with oxygen takes place at the surface of the solid (or liquid) phosphorus, forming short-lived molecules HPO and P2O2 and they both emit visible light. The reaction is slow and only very little of the intermediates is required to produce the luminescence, hence the extended time the glow continues in a stoppered jar.
Originally posted by TheBorg
Were ya gonna post something there zorgon? Or was that just an affirmation to having gotten my message?
TheBorg
Originally posted by TheBorg
Well, lets suppose for a minute that there was some kind of life, nonhuman life that is, on the surface of the Moon. Could the phosphorous then be being lit up by some kind of reaction of oxygen being released in large quantities by these creatures? It's just a hypothesis, so it's up for debate.
As always, lemme know what you think.
TheBorg
Originally posted by TheBorg
This conversation just reminded me of the old saying, "Once in a blue Moon".
I wonder, what exactly were they talking about in that old saying? Is there something to that old one? Maybe the dust moves around every so often just enough to bring out the blue hues just below the surface, and they shine back with that "blue moon" look.
Got me thinking now.... bad things happen from here on out.
TheBorg
Originally posted by undo
1. they are floating and not craters at all, so the light is shining from the underside of the "crater" onto the ground.
2. some unknown physical explanation has reared its head but only in the vicinity of some of the blue glowy craters and not others.
3. the stuff is tampered with and no possible explanation is possible.
[edit on 26-5-2007 by undo]