The discussion revolves around the validity and implications of quantum entanglement, particularly focusing on its experimental observations with photons and the concept of information transfer in relation to the speed of light. The scope includes theoretical and conceptual aspects of quantum mechanics.
Participants express differing views on the implications of quantum entanglement for information transfer, with some asserting that it does not allow for faster-than-light communication, while others raise questions about the nature of information in this context. The discussion remains unresolved regarding the interpretation of these concepts.
There are limitations in the discussion regarding the definitions of 'information' and the assumptions underlying the interpretations of quantum entanglement and wave function collapse.
Yes, it's true that there's a formal description of, and experimental realization of, something called quantum entanglement.adarshtr said:Is Quantum entanglement really true?
That's right, as long as the entanglement can be preserved.adarshtr said:... they say that that have observed it with photons and the distance between the photons doesn't matter ...
No.adarshtr said:If this is true then information must travel faster than the speed of light right?
Quantum entanglement has to do with relationships between entangled entities measured by global measurement parameters. So, as long as the relationship can be preserved, then the entanglement can be demonstrated.adarshtr said:... how is this possible?
adarshtr said:Is Quantum entanglement really true ?, they say that that have observed it with photons and the distance between the photons doesn't matter , If this is true then information must travel faster than the speed of light right ? how is this possible ?