Can Quantum Entanglement Enable Time Loops and Superluminal Communication?

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SUMMARY

The discussion centers on the implications of quantum entanglement and superluminal communication, specifically regarding the potential for time loops and the exchange of information between the past and future. Participants assert that while quantum randomness cannot be controlled, it allows for the theoretical exchange of information that could alter past events. The conversation references the Aspect experiment as a key example of how entangled particles might trigger events in a retrocausal manner. The need for experimental validation of these concepts is emphasized, suggesting that breakthroughs could lead to significant recognition in the field.

PREREQUISITES
  • Understanding of quantum entanglement principles
  • Familiarity with superluminal communication theories
  • Knowledge of retrocausality in quantum mechanics
  • Awareness of the Aspect experiment and its implications
NEXT STEPS
  • Research experimental designs for testing retrocausal information exchange
  • Explore the implications of superluminal communication on causality
  • Study the results and methodologies of the Aspect experiment in detail
  • Investigate current theories and debates surrounding quantum randomness control
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Physicists, quantum mechanics researchers, and anyone interested in the theoretical implications of quantum entanglement and its potential for time travel and communication across time.

stglyde
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They say that if quantum entanglement were meditated by actually superluminal exchange, causality is not violated because you can't use it to send information. This is because quantum randomness can't be control. But note there is still actual exchange of randomness information between past and future... that is.. messages from the future could actually alter the past in quantum entangelement that uses superluminal exchange scenerio). Now I just want to have an idea if there were other actual experiments where random information can go from future to past (time loop). Is there no way to test it?
 
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stglyde said:
They say that if quantum entanglement were meditated by actually superluminal exchange, causality is not violated because you can't use it to send information. This is because quantum randomness can't be control. But note there is still actual exchange of randomness information between past and future... that is.. messages from the future could actually alter the past in quantum entangelement that uses superluminal exchange scenerio). Now I just want to have an idea if there were other actual experiments where random information can go from future to past (time loop). Is there no way to test it?

If you can figure out how to test it then you might get a phone call from Stockholm.
 
PatrickPowers said:
If you can figure out how to test it then you might get a phone call from Stockholm.

Isn't it that in quantum entanglement like Aspect experiment.. there are frames in which either end would trigger the event back in time? This is because if someone occurs instantaneously in separate spacetime points.. there would always be frame in which one end receives it back in time.
 

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