Rise said:
Laura said:
At that distance, it reached temperatures of 5,000 degrees Fahrenheit(2,760 degrees Celsius) - hot enough to vaporize not just ices in the comet's body, but dust and rock as well.
What is the type of metal suggested by the Cs that comets are made of? Nickel and Cobalt? I'm having a hard time finding the original reference. 2700C is very hot and checking online for metals that can survive that temperature there does not seem to be that many... even steel would probably melt. Tungsten is apparently around ~3000C. I suppose the size of the comet needs to be taken into consideration because if it isn't being heated at 2700C for very long then perhaps the core would remain cool... I don't really know.
This is all very fascinating to watch.
I think this is what you were referring to:
From Session 990619:
"Q: (L) You said that the primary composition of this comet is nickel?
A: No, we said "nickel?"
Q: (L) What does 'nickel' mean? (A) It's a shiny metal. (L) A coin, a five cent piece...
A: What does molten nickel look like against the backdrop of space?
Q: (A) It would look like silver... (L) Would it have a color? (A) I don't think so.
A: Does it conduct electricity? Is it magnetic?
Q: (A) Yes, it can conduct, but it's not magnetic. Why 'molten?'
A: What about the "tail" of such an object coming into contact with the ionosphere?
Q: (L) Oh. I think I get it. The Nostradamus thing about a great comet's tail or something... let me look it up: After great trouble for humanity, a greater one is
prepared The Great Mover renews the ages: Rain, blood, milk, famine, steel and plague, Is the heavens fire seen, a long spark running. This one is supposed to
refer to something that occurs at the turn of the Millennium... is this what we are getting at here? Something that will look like a 'long spark running' which then
comes in contact with the ionosphere which may exchange potentials with the earth by virtue of this conducting, molten nickel tail? Yes????? Is that good?
A: Ask Arkadiusz.
Q: (L) Well, honey... am I on to something here? (A) The point is that this comet is in space. Space is rather cold, so the question is: what would make nickel
molten? (L) Well, it will be close to the sun! That will heat it up! (A) This particular comet is not going to come close enough to the sun to melt it! (L) Well then,
how can the nickel be molten???
A: What about flares?
Q: (L) That's it! A bodacious solar flare! And, combined with the bodacious solar flare is a change of trajectory because of its accumulation of matter... so that
it is closer to the sun ...(A) But it is not coming close enough to the sun to be caught in a solar flare!
A: Is nickel magnetic?
Q: (L) No. What does it mean to this subject that a nickel is not magnetic?
A: Does nickel have a companion?
Q: A) Well, when we say a 'companion,' it means another metal in the same family in the Mendeleev Table. I believe that cobalt and Nickel are in the same
family, but I will have to check...
A: And cobalt is invisible in the good old vacuum of space, but not nickel!
Q: L) Does that mean it will attract cobalt?
A: No, cobalt will attract.
Q: L) The cobalt will attract flares... electromagnetic phenomena...
A: Et al.
Q: (L) I see.
A: Now, you need to know the composition of this comet... And any other closely following same. We have alluded to the increased cometary activity before.
Oort, and that which cyclically disturbs it."