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Can this somehow be advanced in order to make instant transportation of Humans possible?BluRayHiDef[QUOTE="sepulchrave from UM"]Briefly, quantum teleportation refers to the process of: Destroying an object at position A, In the process, encoding all the information about that object on to some carrier wave, Sending the carrier wave to position B, Destroying the carrier wave but in the process constructing a new object identical to the original one. So they don't really teleport a photon, they simply teleport the information and ``write'' that information on a new photon. As and then mentions, since a photon is a quanta of light this does not seem that remarkable. The key thing (as mentioned in some of the comments in linked story) is information security; this sort of thing is one approach to quantum encryption. But ultimately it is just a bit of a parlour trick; to quantum teleport something you need the original object to exist in a coherent quantum state and to be able to entangle that state with a carrier wave. For photons, single electrons, etc. this is doable. For a buckyball (C60) this is probably possible at extremely low temperatures. For a single virus or microbe, it could well be impossible. For an actual macroscopic object it is almost certainly impossible, unless the object is practically at 0 K in a complete vacuum in flat space. I don't understand any of this btw >.>
Briefly, quantum teleportation refers to the process of: Destroying an object at position A, In the process, encoding all the information about that object on to some carrier wave, Sending the carrier wave to position B, Destroying the carrier wave but in the process constructing a new object identical to the original one. So they don't really teleport a photon, they simply teleport the information and ``write'' that information on a new photon. As and then mentions, since a photon is a quanta of light this does not seem that remarkable. The key thing (as mentioned in some of the comments in linked story) is information security; this sort of thing is one approach to quantum encryption. But ultimately it is just a bit of a parlour trick; to quantum teleport something you need the original object to exist in a coherent quantum state and to be able to entangle that state with a carrier wave. For photons, single electrons, etc. this is doable. For a buckyball (C60) this is probably possible at extremely low temperatures. For a single virus or microbe, it could well be impossible. For an actual macroscopic object it is almost certainly impossible, unless the object is practically at 0 K in a complete vacuum in flat space. sepulchrave from UM
Well, I guess that this can't or shouldn't be used to transport Humans because it would entail destroying the original Human and merely transporting a copy/ clone. Not cool.
[QUOTE="sepulchrave from UM"]Briefly, quantum teleportation refers to the process of: Destroying an object at position A, In the process, encoding all the information about that object on to some carrier wave, Sending the carrier wave to position B, Destroying the carrier wave but in the process constructing a new object identical to the original one. So they don't really teleport a photon, they simply teleport the information and ``write'' that information on a new photon. As and then mentions, since a photon is a quanta of light this does not seem that remarkable. The key thing (as mentioned in some of the comments in linked story) is information security; this sort of thing is one approach to quantum encryption. But ultimately it is just a bit of a parlour trick; to quantum teleport something you need the original object to exist in a coherent quantum state and to be able to entangle that state with a carrier wave. For photons, single electrons, etc. this is doable. For a buckyball (C60) this is probably possible at extremely low temperatures. For a single virus or microbe, it could well be impossible. For an actual macroscopic object it is almost certainly impossible, unless the object is practically at 0 K in a complete vacuum in flat space. BluRayHiDef
Well, I guess that this can't or shouldn't be used to transport Humans because it would entail destroying the original Human and merely transporting a copy/ clone. Not cool.
Agreed. It would be good for transporting non-living materials, though.[QUOTE="sepulchrave from UM"]Briefly, quantum teleportation refers to the process of: Destroying an object at position A, In the process, encoding all the information about that object on to some carrier wave, Sending the carrier wave to position B, Destroying the carrier wave but in the process constructing a new object identical to the original one. So they don't really teleport a photon, they simply teleport the information and ``write'' that information on a new photon. As and then mentions, since a photon is a quanta of light this does not seem that remarkable. The key thing (as mentioned in some of the comments in linked story) is information security; this sort of thing is one approach to quantum encryption. But ultimately it is just a bit of a parlour trick; to quantum teleport something you need the original object to exist in a coherent quantum state and to be able to entangle that state with a carrier wave. For photons, single electrons, etc. this is doable. For a buckyball (C60) this is probably possible at extremely low temperatures. For a single virus or microbe, it could well be impossible. For an actual macroscopic object it is almost certainly impossible, unless the object is practically at 0 K in a complete vacuum in flat space. BluRayHiDef
Well, I guess that this can't or shouldn't be used to transport Humans because it would entail destroying the original Human and merely transporting a copy/ clone. Not cool.
Isn't that how it works in star trek?
[QUOTE="BluRayHiDef"]
[QUOTE="sepulchrave from UM"]Briefly, quantum teleportation refers to the process of: Destroying an object at position A, In the process, encoding all the information about that object on to some carrier wave, Sending the carrier wave to position B, Destroying the carrier wave but in the process constructing a new object identical to the original one. So they don't really teleport a photon, they simply teleport the information and ``write'' that information on a new photon. As and then mentions, since a photon is a quanta of light this does not seem that remarkable. The key thing (as mentioned in some of the comments in linked story) is information security; this sort of thing is one approach to quantum encryption. But ultimately it is just a bit of a parlour trick; to quantum teleport something you need the original object to exist in a coherent quantum state and to be able to entangle that state with a carrier wave. For photons, single electrons, etc. this is doable. For a buckyball (C60) this is probably possible at extremely low temperatures. For a single virus or microbe, it could well be impossible. For an actual macroscopic object it is almost certainly impossible, unless the object is practically at 0 K in a complete vacuum in flat space. Guybrush_3
Well, I guess that this can't or shouldn't be used to transport Humans because it would entail destroying the original Human and merely transporting a copy/ clone. Not cool.
Isn't that how it works in star trek?
There's an episode of TNG about this. In normal situations, it's transporting the original version. However, in this episode, commander Picard actually died and the last coordinates where he was alive were used to reconstruct him. I think from that point on, it was a clone...but it wasn't talked about anymore.[QUOTE="BluRayHiDef"]Can this somehow be advanced in order to make instant transportation of Humans possible?FMAB_GTO[QUOTE="sepulchrave from UM"]Briefly, quantum teleportation refers to the process of: Destroying an object at position A, In the process, encoding all the information about that object on to some carrier wave, Sending the carrier wave to position B, Destroying the carrier wave but in the process constructing a new object identical to the original one. So they don't really teleport a photon, they simply teleport the information and ``write'' that information on a new photon. As and then mentions, since a photon is a quanta of light this does not seem that remarkable. The key thing (as mentioned in some of the comments in linked story) is information security; this sort of thing is one approach to quantum encryption. But ultimately it is just a bit of a parlour trick; to quantum teleport something you need the original object to exist in a coherent quantum state and to be able to entangle that state with a carrier wave. For photons, single electrons, etc. this is doable. For a buckyball (C60) this is probably possible at extremely low temperatures. For a single virus or microbe, it could well be impossible. For an actual macroscopic object it is almost certainly impossible, unless the object is practically at 0 K in a complete vacuum in flat space. I don't understand any of this btw >.> They didn't achieve actual teleportation. What they did was tantamount to taking an object, blowing it up, and then sending a letter to a place 97km away telling them how to make an identical copy of the thing that was blown up, and then upon building an identical replica of that thing they declared they had created teleportation. The rest of what you copied is saying that the process could be applied to something as large as moderately-sized molecules, but nothing bigger.
[QUOTE="FMAB_GTO"][QUOTE="BranKetra"]Who is that? BranKetranever heard of Plank's constant? Yes. I thought you meant something else. Are you sure? Because it's Planck's constant, not Plank.
quantum entanglement is the shyt.
i love the theory that since everything was created in the big bang everything in the universe is entangled with each other.
[QUOTE="FMAB_GTO"][QUOTE="BranKetra"] Yes. I thought you meant something else.BranKetralike? would be hilarious if your dad's name was Plank hahahahahaaaaaa sorry =/ Was that a joke? I just thought you were talking about another person. It reminded me of Spongebob Squarepants for some reason even though I don't watch that show. maybe you were thinking of Ed Edd n Eddie?
Was that a joke? I just thought you were talking about another person. It reminded me of Spongebob Squarepants for some reason even though I don't watch that show. maybe you were thinking of Ed Edd n Eddie?[QUOTE="BranKetra"][QUOTE="FMAB_GTO"] like? would be hilarious if your dad's name was Plank hahahahahaaaaaa sorry =/Sword-Demon
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