String Theory Instantaneous Teleportation

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SUMMARY

This discussion centers on the concept of instantaneous teleportation as it relates to quantum entanglement and string theory. Participants clarify that while quantum teleportation involves transferring quantum states, it does not equate to the science fiction notion of transporting matter instantaneously. The conversation references Brian Greene's "The Elegant Universe," correcting a misattribution to Michael Green, and emphasizes that any form of instantaneous information transfer would violate the principles of relativity. Additionally, the idea of "non-local randomness" is introduced as a phenomenon that occurs faster than light but does not allow for useful information transmission.

PREREQUISITES
  • Understanding of quantum entanglement and its implications for teleportation
  • Familiarity with the principles of relativity, particularly special relativity
  • Knowledge of string theory concepts, specifically the idea of particles connected through EM ropes
  • Awareness of quantum mechanics and non-locality
NEXT STEPS
  • Read "The Elegant Universe" by Brian Greene to explore string theory in detail
  • Investigate quantum entanglement and its role in quantum teleportation
  • Study the implications of special relativity on information transfer
  • Explore the concept of non-local randomness and its significance in quantum mechanics
USEFUL FOR

Physicists, students of quantum mechanics, and anyone interested in the theoretical aspects of teleportation and the intersection of quantum theory and relativity.

philipp2020
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Hi

As far as I understand, that teleportation using quantum entanglement is only partially instantaneous, because a classical channel has to be used to send the two qbits from Point A to B. So the speed of light is the boundary as how fast teleportation can happen one day using
this technology.

Now how is it with string theory. I read the book from Michael Green "The Elegant Universe". There it says that Particles are connected trough EM Ropes which allow instantaneous change of particles across any distance. Would it be then possible to use this theory one day for "real" instantaneous teleportation?

Regards

Philipp
 
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No, that would violate relativity, which string theory is meant to be an extension of. In addition, note that what we mean by quantum teleportation is not the Star Trek idea you're probably thinking of. It is about detaching a quantum state from a particular bit of matter, not transmitting a matter configuration from one place to another.

Also, "The Elegant Universe" is by Brian Greene.
 
Thanks for your answer.

Why again would this violate general relativity?
 
Because relativity (specifically, special relativity) doesn't allow information to be transmitted faster than light. Instantaneous is certainly faster than light.
 
But the idea of changing an electron, and the the electron neutrino changing instantly as a result, no matter the distance, isn't that change a transfer of information? The information being that the electron has changed, so the electron neutrino changes because it received the information. Or am I misunderstanding something?
 
philipp2020 said:
I read the book from Michael Green "The Elegant Universe". There it says that Particles are connected trough EM Ropes which allow instantaneous change of particles across any distance.
Otherwise this is a very good book, but if it really says so, well, it's simply wrong.
 
It's been awhile since I read that (loved that book, I though B.G was a great teacher), but I have always remembered his description of QM non-locality being consistent with the hard to grasp way that GR is not violated.

That said it's only recently that I recently got to some welcome clarity around the way, that is done. What travels faster than light, if it can be said to be a thing, is randomness. The same random results appear instantaneously at arbitrary distance. Despite the fact that this is truly mind-boggling - no one has figured out a way to make randomness useful for transmitting things - only for hiding them. That's how GR is protected. No information can travel - through true randomness.

There is a good book by guy who is a true specialist in the field. I found it pretty helpful, and it's very concise, and written for the non-mathematically fluent. His term is "Non-local randomness".
https://www.amazon.com/dp/3319054724/?tag=pfamazon01-20
 
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