That one episode with the phase cloak showed things welded together. Or I'm not entirely sure. One thing that could happen is that the original mass (the asteroid) gets eliminate somehow (Trek throws COE out the window so who cares) and the dephased mass replaces it.
But I think the most likely thing is that the two undergo chemical reaction and form a new substance.
Well, I think the subatomic substance of the Enterprise E would be interpresed with the rock at the tertiary subspace level with unusual harmonic flux... aww dammit I can't make good technobabble like Data can...
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if two atoms are suddenly made to occupy nearly the same exact position, wouldnt the atoms fuse? or would the nucleus of one be forced off but the electrons remain as ionising electrons?
thatd be really cool if we could test this for real .. >D
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if two atoms are suddenly made to occupy nearly the same exact position, wouldnt the atoms fuse? or would the nucleus of one be forced off but the electrons remain as ionising electrons?
imagine BILLIONS of pairs of atoms sharing the same space! If you're right, we'd see a lot of electricity in the newly fused material!
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And the crew might be fried by the MIGHTY ROCK-LIGHTNING OF DEATH!!!!
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Actually we'd probably get a highly unstable atom. I think there may be a limit to how many electrons an atom can hold. At some point the density at the core would block all quanta holding electrons in orbit around the nucleus.
But thats only if the core remains the same number. If the atoms fuses entirely the atom might be incredibly unstable and just break apart release lots of neutrons and such. Or it might be stable through some bizzare overlap of strong nuclear fields. The nucleus might become one giant uberparticle made of hundreds of quarks :p
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Most of a solid object is actually empty space... there may not be that many atoms that would dephase right on top of each other. I'm going on hazy high-school level memories of chemistry here, but any atoms that fused together would most likely have such a high atomic weight that they'd immediately start decaying. That's assuming they even *could* fuse together that way instead of the nucleus exploding and showering the area with loose neutrons. Some of the resulting nucleii would probably have half-lives of minutes or seconds. Whatever the result is, there's no way the crew is surviving it. The bright side is, having your head suddenly become one with an asteroid would sever the neural connections so fast you'd never realize anything had happened.
Yes, there is a limit to how many electrons an atom can hold.
And this "uberparticle" will make good armor as long as it's not radioactive.
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Most of a solid object is actually empty space... there may not be that many atoms that would dephase right on top of each other. I'm going on hazy high-school level memories of chemistry here, but any atoms that fused together would most likely have such a high atomic weight that they'd immediately start decaying. That's assuming they even *could* fuse together that way instead of the nucleus exploding and showering the area with loose neutrons. Some of the resulting nucleii would probably have half-lives of minutes or seconds. Whatever the result is, there's no way the crew is surviving it. The bright side is, having your head suddenly become one with an asteroid would sever the neural connections so fast you'd never realize anything had happened.
Are you saying the resultant material will glow in the dark due to extreme radioactivity?
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glow in the dark might be overstating it, but to my knowledge any element over 86 (radon) on the periodic table is unstable. I believe Plutonium is the highest naturally occuring one you'll find... anything higher on the periodic table has a half-life measured in hours or even seconds. I'm not sure whether two nuclei suddenly forced to share the same spot would fuse or whether they'd annihilate each other in reality, but apparently in the Treknoverse they can merge without the violent explosion I'd expect. The merged material would have to be at least somewhat radioactive though if any of the atoms composing it either merge into trans-uranic elements or else split. In composition i'd think it would be more like a wierd ore of whatever the asteroid was combined with the ship (and, of course, the crew.)
There is plenty of empty space between atoms, and no conditions which would cause atoms to superimpose upon one another or fuse together. The materialised starship would end up becoming molecularly fused to the object it was intersecting. Of course, it would not be possible afterward to seperate the two objects, and there would be a very large degree of molecular displacement which would tear up those parts of the ship's structure wherever the interface zones are.
Decloaking should force the atoms into otherwise impossible proximity. from there, the electromagnetic repulsion between atoms should violently force them apart. I think that would produce an explosion.
What actually happens is seen in the episode "Pegasus." the two objects merge together uneventfully, with no explanation as to what happens to the excess material.
When I say unstable I didn't mean radioactive, I mean the atom wouldn't be able to hold the massive negative charge. And whats more, the sudden appearance of a SECOND nucleus might result in said nucleus being shunted faster then you can blink. ::
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Did that not happen once, I seem to remember something about Rikers 1st captain testing a phase cloak on his ship and causing a mutiny. The mutiny ended up with the ship trapped inside an asteroid.
beyond hope wrote:glow in the dark might be overstating it, but to my knowledge any element over 86 (radon) on the periodic table is unstable. I believe Plutonium is the highest naturally occuring one you'll find...
Actually, Uranium is the highest naturally occuring element. Plutonium is artificial.
Something else I didn't think about when I posted before: the power source of Federation ships uses antimatter. So, if the warp core, antimatter fuel pods, or the systems maintaining containment on either materialize within something solid... boom.
hope: that would be BAD.. especially since the mixture would be 1:1 and wouldnt suffer from explosive seperation of the AM fuel from the rest of the matter. youd get 100% efficiency..
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