Wednesday, December 18, 2013

Extraction of Timelike Entanglement from the Quantum Vacuum

This is CRAZY!
It ties in with the research that Time emerges from the quantum state.  Time and Space are connected, so this makes a good argument for the possibility of both Time and Space emerging from the quantum, not the quantum emerging into Time and Space.

S. Jay Olson, Timothy C. Ralph

(Submitted on 13 Jan 2011)
Recently, it has been shown that the massless quantum vacuum state contains entanglement between timelike separated regions of spacetime, in addition to the entanglement between the spacelike separated regions usually considered. Here, we show that timelike entanglement can be extracted from the Minkowski vacuum and converted into ordinary entanglement between two inertial, two-state detectors at the same spatial location -- one coupled to the field in the past and the other coupled to the field in the future. The procedure used here demonstrates a clear time correlation as a requirement for extraction, e.g. if the past detector was active at a quarter to 12:00, then the future detector must wait to become active at precisely a quarter past 12:00 in order to achieve entanglement.

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