- #1
currojimenez
- 4
- 0
Hello
I have been thinking at EPR experiment during some time. It is very suggestive for me that the entanglement effects travel faster than ligth between the positions of 'Alice' and 'Bob'. I understand this is not contradictory with special relativity, due there is a not real exchange of information traveling between the 2 positions.
However, if we apply a Lorentz transformation, for some observer the entanglement must travel in the time direction.
I have some questions about that:
1. Is this correct?
2. What are the implications, if any?
Thanks
I have been thinking at EPR experiment during some time. It is very suggestive for me that the entanglement effects travel faster than ligth between the positions of 'Alice' and 'Bob'. I understand this is not contradictory with special relativity, due there is a not real exchange of information traveling between the 2 positions.
However, if we apply a Lorentz transformation, for some observer the entanglement must travel in the time direction.
I have some questions about that:
1. Is this correct?
2. What are the implications, if any?
Thanks