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Originally posted by Soylent Green Is People
Originally posted by SplitInfinity
Originally posted by Soylent Green Is People
However, as a general argument, nobody knows anything about potential alien spaceship construction, therefore nobody can say that aliens would not use aluminum.
Aaaa....the last sentence you typed is not correct. Split Infinity
I can deduce from this post and your previous posts contending that aliens do not use aluminum that you are trying to say that you have specific knowledge of what aliens use to build their craft. Please tell us the source of this knowledge.
For the record, I'm not necessarily a big believer in alien visitation of Earth (although I believe intelligent life almost certainly exisits elsewhere, somewhere). I don't think there is good enough evidence to say that aliens are necessarily visiting the Earth, but I think it may be a possibility....
...I'm only making the general argument that we ATSers can't say what materials are used to build potential alien craft because from what I know about the knowledge of UFOs, there have been no reputable reports (reputable to UFOlogy in general, not just to me) of someone analyzing a piece of alien craft material before...
...but it seems you are saying you know that someone has, and you know that results of that analysis show that material was something exotic. Can you give us more info about that specific case?
edit on 8/29/2011 by Soylent Green Is People because: (no reason given)
Originally posted by Soylent Green Is People
reply to post by SplitInfinity
I'm not sure that an alien craft necessarilry would need to be made of someting like a carbon nano-material.
It is possible that aliens could develop magnetic shielding technology that can protect the craft without the need to make the craft out of exotic materials. Perhaps simple aluminum is good enough.
I'm not saying that I think that is the case with this material found in New Mexico. I'm still going by the assumption that the metal found is just common Earth-made aluminum until I'm presented with evidence that would convince me otherwise -- and that evidence has not been presented yet.
However, as a general argument, nobody knows anything about potential alien spaceship construction, therefore nobody can say that aliens would not use aluminum.
Originally posted by thesearchfortruth
reply to post by Ross 54
Quite a coincidence if the hardest substance known to a civilization thousands or millions of years older than ours happens to be the same as the hardest material known to ours!
I'm sorry, I don't see how finding diamond in an alien spaceship justifies assuming that it is the hardest substance they know?
We make some boats out of wood, that's sure not the hardest substance we know.
Originally posted by SplitInfinity
This next bit of info...I saw on TV....but it is good evidence none the less. In the forced picture of Martell standing in front of a weather balloon....his superior is holding a piece of paper. With computers....nowdays...they were able to zoom-in and see what was written on this piece of paper....anyone but me know what it said? Split Infinity
Originally posted by Ross 54
The heavier magnesium isotopes, 25 and 26, appear to be more common in the Roswell metal, in relation to the lighter one, 24, than is the case with Earthly magnesium. This suggests the possibility that the metal may have come from another solar system, one with a smaller, less massive star than our Sun. A star with weaker gravity would be less able to hold lighter materials close to itself. These would be pushed outward by the stellar wind, leaving a relative greater abundance of heavier substances behind, in the neighborhood of potentially inhabited planets. We see the same general process demonstrated by the following facts: 1.) Meteorites, which originate in distant comets, or the asteroid belt, tend to have their magnesium biased toward the lighter isotopes of magnesium, in comparison to their ratios on Earth. 2.) The outer reaches of Earth's atmosphere are much richer in the lightest elements, hydrogen and helium, in comparison to other elements, than the atmosphere near the Earth's surface. Again, gravity can not hold the lighter elements well against the tendency of the solar wind to blast them away from the planet. Rossedit on 2-9-2011 by Ross 54 because: corrected word choice
Originally posted by Ross 54
reply to post by Soylent Green Is People
I'd hate to have as good a story as this spoiled by an ugly little fact but in the interest of being as objective as possible, let's look at the figures - - The range of error puts Mg 24 at from 78.6 to 79.6 % If 78.6 % is the norm, the test result extend from that norm to considerably higher. If each value in that range is equally probable of being the correct figure, there is a much better chance that it falls somewhere above the norm than right at it. Mg 25 range - 9.5 to 10.6% straddles the norm of 10.1% . Mg 26 range - 10.3 to 11.3, as against the norm 11.3. The reverse situation of Mg 24, all the possible values are at or below the norm. The probability is that the true figure is lower than the norm, somewhere between 10.3 and 11.2, rather that right at the norm at the very upper edge of the possible range of results. So it seems probable that magnesium 24 is more plentiful than expected and magnesium 26 less than expected. I'm not a metallurgist, chemist, or physicist but this appears to be the basis of the claim about unusual isotopic ratios, assuming there are no mistakes in my arithmetic!edit on 13-7-2011 by Ross 54 because: (no reason given)
Originally posted by Frira
Funny you should mention it-- the Roswell debris was made, in part, of wood.
The small-diameter struts reportedly found in the Roswell wreckage reportedly had the following properties: Extreme light weight and slightly flexibility. This caused some to liken them to balsa wood, such as might have been used as a framework for metal foil radar reflectors used with balloons. It was also reported, however, that this material was unbreakable, and could not be cut or burned. That does not sound like balsa wood or any wood pieces of small cross-section. It seems possible that a lack of familiarity with opaque, flexible polymers (plastics) wouldn't have been remarkable in 1947, and that some simply likened the objects to the most similar material with which they were familiar. Ross
Originally posted by Frira
Originally posted by thesearchfortruth
reply to post by Ross 54
Quite a coincidence if the hardest substance known to a civilization thousands or millions of years older than ours happens to be the same as the hardest material known to ours!
I'm sorry, I don't see how finding diamond in an alien spaceship justifies assuming that it is the hardest substance they know?
We make some boats out of wood, that's sure not the hardest substance we know.
Funny you should mention it-- the Roswell debris was made, in part, of wood. "Sticks," I believe was the word used-- even before the government was squelching the story.
Originally posted by Ross 54
The small-diameter struts reportedly found in the Roswell wreckage reportedly had the following properties: Extreme light weight and slightly flexibility. This caused some to liken them to balsa wood, such as might have been used as a framework for metal foil radar reflectors used with balloons. It was also reported, however, that this material was unbreakable, and could not be cut or burned. That does not sound like balsa wood or any wood pieces of small cross-section. It seems possible that a lack of familiarity with opaque, flexible polymers (plastics) wouldn't have been remarkable in 1947, and that some simply likened the objects to the most similar material with which they were familiar. Ross
Originally posted by Frira
Originally posted by thesearchfortruth
reply to post by Ross 54
Quite a coincidence if the hardest substance known to a civilization thousands or millions of years older than ours happens to be the same as the hardest material known to ours!
I'm sorry, I don't see how finding diamond in an alien spaceship justifies assuming that it is the hardest substance they know?
We make some boats out of wood, that's sure not the hardest substance we know.
Funny you should mention it-- the Roswell debris was made, in part, of wood. "Sticks," I believe was the word used-- even before the government was squelching the story.
Brazel related that on June 14 he and an 8-year old son, Vernon, were about 7 or 8 miles from the ranch house of the J. B. Foster ranch, which he operates, when they came upon a large area of bright wreckage made up on rubber strips, tinfoil, a rather tough paper and sticks.
Brazel said that he did not see it fall from the sky and did not see it before it was torn up, so he did not know the size or shape it might have been, but he thought it might have been about as large as a table top. The balloon which held it up, if that was how it worked, must have been about 12 feet long, he felt, measuring the distance by the size of the room in which he sat. The rubber was smoky gray in color and scattered over an area about 200 yards in diameter.
When the debris was gathered up the tinfoil, paper, tape, and sticks made a bundle about three feet long and 7 or 8 inches thick, while the rubber made a bundle about 18 or 20 inches long and about 8 inches thick. In all, he estimated, the entire lot would have weighed maybe five pounds.
There was no sign of any metal in the area which might have been used for an engine and no sign of any propellers of any kind, although at least one paper fin had been glued onto some of the tinfoil.