I always struggled with the means of entanglement…how distance doesn’t really matter with entangled particles but never thought about time entanglement. If time is constant throughout the universe as in it’s October 6th everywhere and you tweak an entangled particle at noon…then no matter where the other time entangled particle is, it gets tweaked too. Am I thinking right?
Time is not necessarily constant everywhere in the universe. In relativity, time is relative depending on your speed and gravitational field, so the idea of "October 6th everywhere" doesn't quite work, the idea of entanglement in time doesn’t mean that they will respond at the same time wherever they are. It would instead be that the particles remain linked even if one is measured now and the other in the future or past. The core of this idea is that entanglement doesn't depend on the flow of time as we experience it. Entanglement along a closed timelike curve would extend the concept of temporal entanglement where the entangled particle on the curve could interact with its past or future self, potentially altering the relationship with its entangled partner outside the curve. In this idea entanglement is preserved, even if time itself becomes non-linear.
omg, I was literally thinking like 10 minutes ago "I wonder why I haven't seen Abi in a while, and here you are! :O
I took an impromptu break! Happy that some people missed me!!
I’m so glad you posted about this experiment. Thank you. Could you please explain the process of how it will be peer reviewed?
_Quantum, Quantum, Quantum_ !!!
I really shouldn't watch some of your videos before having my coffee. This was too much for my brain
Took me far too long to write it for exactly this reason!
I think quantum mechanics has everything to do with the TIME in space time but I am sure that direction is always forward and backwards is impossible
I always struggled with the means of entanglement…how distance doesn’t really matter with entangled particles but never thought about time entanglement. If time is constant throughout the universe as in it’s October 6th everywhere and you tweak an entangled particle at noon…then no matter where the other time entangled particle is, it gets tweaked too. Am I thinking right?
Time is not necessarily constant everywhere in the universe. In relativity, time is relative depending on your speed and gravitational field, so the idea of "October 6th everywhere" doesn't quite work, the idea of entanglement in time doesn’t mean that they will respond at the same time wherever they are. It would instead be that the particles remain linked even if one is measured now and the other in the future or past. The core of this idea is that entanglement doesn't depend on the flow of time as we experience it.
Entanglement along a closed timelike curve would extend the concept of temporal entanglement where the entangled particle on the curve could interact with its past or future self, potentially altering the relationship with its entangled partner outside the curve. In this idea entanglement is preserved, even if time itself becomes non-linear.