- #1
DarylC
- 17
- 0
I've seen little reference material on my question, except the occasional statement that "that is not the case", but no explanation as to why it is not the case.
I suppose this is a common question asked by the layman, but that's me so, I'm asking.
If entangled particles are able to respond to their partners in what "appears to be a faster than light" (non-local) means and if such particles are traveling at the speed of light, then from the particle's viewpoint, there has been no passage of time. So from their viewpoint, wouldn't the time at which they were first entangled, and the time at which we measure or alter a complimentary feature, be the same time? Therefore, no need for FTL communication or backwards in time communication. It wouldn't matter when you did the measurement, the time at creation and at measurement would be the same.
I'm sure I'm just missing some piece of what is a logically difficult subject.
Have wave function or entanglement experiments with entanglement on particles traveling significantly less than C been done? If so, I imagine that would invalidate any connection between relativistic speeds and entanglement.
Thanks for humoring the new guy.
Daryl
I suppose this is a common question asked by the layman, but that's me so, I'm asking.
If entangled particles are able to respond to their partners in what "appears to be a faster than light" (non-local) means and if such particles are traveling at the speed of light, then from the particle's viewpoint, there has been no passage of time. So from their viewpoint, wouldn't the time at which they were first entangled, and the time at which we measure or alter a complimentary feature, be the same time? Therefore, no need for FTL communication or backwards in time communication. It wouldn't matter when you did the measurement, the time at creation and at measurement would be the same.
I'm sure I'm just missing some piece of what is a logically difficult subject.
Have wave function or entanglement experiments with entanglement on particles traveling significantly less than C been done? If so, I imagine that would invalidate any connection between relativistic speeds and entanglement.
Thanks for humoring the new guy.
Daryl
Last edited: