Relativity says that there is no absolute simultaneity. Quantum

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SUMMARY

The discussion centers on the incompatibility between Einstein's theory of relativity, which asserts that there is no absolute simultaneity, and quantum mechanics, particularly its concept of entanglement, which appears to suggest absolute simultaneity. Participants express confusion over the reconciliation of these two foundational theories of modern physics. The conversation highlights that even leading physicists struggle to resolve these discrepancies, indicating a significant challenge in theoretical physics.

PREREQUISITES
  • Understanding of Einstein's theory of relativity
  • Familiarity with quantum mechanics and entanglement
  • Knowledge of the implications of simultaneity in physics
  • Awareness of the concept of infinities in theoretical physics
NEXT STEPS
  • Research the implications of Einstein's theory of relativity on simultaneity
  • Explore quantum entanglement and its paradoxes
  • Study the delayed choice quantum eraser experiment
  • Investigate current theories attempting to unify relativity and quantum mechanics
USEFUL FOR

Physicists, students of theoretical physics, and anyone interested in the foundational challenges of modern physics, particularly those exploring the relationship between relativity and quantum mechanics.

cometraza
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Relativity says that there is no absolute simultaneity. Quantum mechanics with its entanglement seems to imply absolute simultaneity. And in between these two I am the one who gets confused. :smile: :confused:
Please Help.
 
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cometraza said:
in between these two I am the one who gets confused.

You are not alone. The greatest minds in the world are trying and failing to reconcile these two theories, upon whose pillars most of modern physics stands.

It doesn't end with simultaneity. There are other ways the two are incompatible. Combining them results in infinities.
 


DaveC426913 said:
You are not alone. The greatest minds in the world are trying and failing to reconcile these two theories, upon whose pillars most of modern physics stands.

Thanks for the assurance. :rolleyes:
I thought someone has an answer which I need to know.
 

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