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// quantim linked high energy photons // |
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I don't entirely follow this. Are you saying that you send a
pair of entangled photons in opposite directions (one into
the body, one towards a metal target), and the body will
only absorb its photon when the metal target absorbs its? |
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Immanentize is a hard word. When I look it up on the web I find many references to "Immanentize the eschaton" which in use has the ring of "All your base are belong to us". When I look up immanentize and quantum I find this idea. |
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What does it mean for a photon to immanentize? |
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Don't know how many times I've mixed imminent and immanent up. I'll think Immanuel Kant for the latter. |
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no frikin way. welcome to the future |
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[bungston] as well as [mb] The linked article says
Open-destination teleportation makes it possible to transmit quantum information to any one of several processors within a quantum computer or nodes in a quantum network. "One can... choose which particle should act as the output," |
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I think the detection activity between the three different reception locations defines the idea that one could choose any of several areas to warm up with linked photonics |
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I just found a quantum photon linked camera (link)with a physical absorber that defines the shape of the distant field "If the first photon stops at one point on the object plane, the second photon can only be observed at the corresponding point on the image plane," just use a whole lotta high energy photons to make the tumor zapper |
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when I thought about it though it was from a thing I read about Geneva; basically they did quantum teleportation across town I thought, hey, they caused a thermal event across town with linked photons; just do that with a few meters n you've got a tumor zapper |
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[bean], would you link up the Geneva thing please? I think I understand. Immanentize must mean where the photon deposits its energy. Control of this property is at the crux of radiation oncology. |
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This could work. It would be very exciting. |
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There is a youtube video now Its funny |
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I don't think quantum entanglement works like that. Photons are linked, but you can't interact with one photon and have an immediately observable effect on the other. It would be nice if you could, since you would then be able to send information faster than light, and thanks to special relativity, backwards in time. The best you can do in reality is measure both photons and find correlations that would be impossible without a quantum link. |
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So this is creating an photon entanglement around and through the human body in such a way as to be able to collapse the phenomena giving a photon hit in 3D space exactly where the tumor is? |
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What use is that ? The photonic collapse needs to be accurately located in, at a minimum, 4 dimensions. |
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Doctor, please hold that tumor still, i can't quite identify its position. |
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But presumably you can say how fast it is moving ? |
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The tumor is moving as fast as the hospital room.
(qualifier: obviously a non metastasizing tumor) |
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I am wondering about resolution One possibly reply is that with visible photons the resoltion is similar to that of visible light a different possible reply is that the resolution is similar to fluorescence, spectroscopy, or quantum dots another reply is that using high energy photons like near UV or crystallography wavelength photons that resolution is molecular |
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