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Post by greenhoff74 on Jul 6, 2012 19:43:49 GMT
Did you know that we can do this now?
Well nearly, I watching Professor Brian Cox on the telly in conversation about Higgs Boson discovery, during the course of this he mentioned that we can do Teleportation now, at least at sub-atomic level, it's been done already over very large distances.
You learn something everyday.
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Post by Deleted on Jul 6, 2012 19:58:57 GMT
Did you know that we can do this now? Well nearly, I watching Professor Brian Cox on the telly in conversation about Higgs Boson discovery, during the course of this he mentioned that we can do Teleportation now, at least at sub-atomic level, it's been done already over very large distances. You learn something everyday. You mean something of solid matter has actually been de-materialised and then re-materialised in another place ?
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Post by greenhoff74 on Jul 6, 2012 20:15:15 GMT
Did you know that we can do this now? Well nearly, I watching Professor Brian Cox on the telly in conversation about Higgs Boson discovery, during the course of this he mentioned that we can do Teleportation now, at least at sub-atomic level, it's been done already over very large distances. You learn something everyday. You mean something of solid matter has actually been de-materialised and then re-materialised in another place ? You need to ask Brian Cox about exactly what's been done, but something like that has been done I think it's a single molecule level, but transporting a human that billions of molecules is a whole different ball game.
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Post by harrysburrow on Jul 6, 2012 20:25:08 GMT
It's a good start though lads! I'd volunteer, but my Hampton is way too big?
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Post by Panda on Jul 6, 2012 20:39:56 GMT
Did you know that we can do this now? Well nearly, I watching Professor Brian Cox on the telly in conversation about Higgs Boson discovery, during the course of this he mentioned that we can do Teleportation now, at least at sub-atomic level, it's been done already over very large distances. You learn something everyday. You mean something of solid matter has actually been de-materialised and then re-materialised in another place ? Yes.
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Post by frasier99 on Jul 6, 2012 21:51:28 GMT
You mean something of solid matter has actually been de-materialised and then re-materialised in another place ? Yes, we have no bananas.
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Post by Orbs on Jul 6, 2012 21:59:21 GMT
I bet you'll wish your ringpiece could be transported to another place when those two lads have smashed it to fucking pieces.
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Post by StokieMatt on Jul 6, 2012 22:45:06 GMT
Isnt it only stuff like diamonds they can do though?
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Post by oldgit57 on Jul 7, 2012 22:54:43 GMT
Quote from sexy blonde in Mel Brooks " Space Balls", " Scotty beamed me twice yesterday!"
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Post by greenhoff74 on Jul 8, 2012 6:18:08 GMT
I gather the problem in beaming a human is re-materialising the atoms in the place they were to begin with. They would come back in a random fashion. It's called the Heizenberg effect, after a professor of that name.
In Star Trek they have a handy piece of equipment called a Heizenberg compensator which gets over the problem.
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Post by Deleted on Jul 8, 2012 23:03:18 GMT
I gather the problem in beaming a human is re-materialising the atoms in the place they were to begin with. They would come back in a random fashion. It's called the Heizenberg effect, after a professor of that name. In Star Trek they have a handy piece of equipment called a Heizenberg compensator which gets over the problem. Yeah arms and legs everywhere bar where they should be !
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