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Fredrik
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May29-09, 02:42 AM
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Quote Quote by Redman0123 View Post
So here is my idea:

A vessel of some sort could travel at potentially faster than light speeds by persistantly creating and destroying a black hole infront of the said vessel. This would use anti-matter particles to destroy the black hole, and "transporter" technology to allocate dense mass in the space infront of the craft.
Anti-matter would increase the mass of the black hole, not distroy it. I don't see any way that quantum teleportation could be useful here, if that's what you meant. There is however a similar and simpler idea called the Alcubierre warp drive. Unfortunately it requires that we are able to produce large quanties and control a type of matter that has never been detected. Even if such matter exists, it would almost certainly be absurdly difficult to produce it and control it, and even if we could, it would be disappointing. Nothing at all like Star Trek.

Quote Quote by Redman0123 View Post
Is it true we can transport matter through energy to a limited degree? I remember something about someone transporting an apple or a vegetable through this method, and it came out on the other end a pile of mush.
No. What we can do is to transport the quantum state of a single photon. What that process does is essentially to change the polarization of a photon that's already at the "destination" to what was previously the polarization state of a photon at the point of "departure".

Quote Quote by Redman0123 View Post
Anti-matter has been proven to exist now hasn't it?
Yes, in 1932. (That's when the positron was discovered).

Quote Quote by Redman0123 View Post
Also, I assume anti-matter would be able to efficiently destroy a blackhole. Would it be able to in theory? What else could?
As I said above, it can't. I don't think anything can, except time. Just wait much longer than the current age of the universe, and it will destroy itself by emitting Hawking radiation until it's gone (or whatever happens when only a really tiny piece is left...no one really knows).