Imposition of relativistic constraints on Bell's theorem

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SUMMARY

Bell's theorem does not support the existence of super-luminal communication between particles separated by space-like intervals. The discussion highlights a misunderstanding regarding the implications of Bell's theorem, emphasizing that it does not endorse faster-than-light transmission of information. Instead, it maintains the principles of quantum mechanics and relativity. Participants are encouraged to explore established literature and resources on Bell's theorem for accurate interpretations.

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  • Understanding of Bell's theorem and its implications in quantum mechanics.
  • Familiarity with concepts of super-luminal communication and space-like separation.
  • Knowledge of the principles of relativity and their relationship with quantum mechanics.
  • Awareness of the guidelines for discussing personal theories in scientific forums.
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  • Read comprehensive materials on Bell's theorem from reputable sources.
  • Explore the implications of quantum entanglement on information transmission.
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petrushkagoogol
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Bell's theorem states that super-luminal communication exists between particles that are separated by space-like separation viz. faster than light transmission of information. There is spontaneity in this. Relativistically this would amount to going back in time. The state of creation of particles with opposite spin would actually be a misrepresentation of the particle whose spin is being represented as it would be a representation of the twin as it existed as some point in the past. Quantum mechanics and uncertainty would still hold. And so would relativity too.

Do you agree ?
 
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petrushkagoogol said:
Bell's theorem states that super-luminal communication exists between particles that are separated by space-like separation viz. faster than light transmission of information.
Bell's theorem states nothing of the kind. You will find many threads on PF discussing this.

I will close this thread and invite you to read all the material on Bell here and on @DrChinese's website. You can start new threads with further questions you have, but note that discussion of personal theories is not allowed on PF.
 
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