Quantum correlated light pulses from sequential superradiance of a condensate
M.E. Tasgin, M.O. Oktel, L. You, and O.E. Mustecaplioglu
TL;DR
This paper reveals a mechanism for entanglement swapping in sequential superradiance from a Bose-Einstein condensate, enabling the detection of EPR-type quantum correlations among scattered light pulses.
Contribution
It introduces a novel entanglement swap mechanism in sequential superradiance, supported by analytical and numerical analysis, advancing quantum optics and atomic physics.
Findings
Detection of EPR-type quantum correlations among light pulses
Identification of an inherent entanglement swap mechanism
Analytical and numerical validation of the process
Abstract
We discover an inherent mechanism for entanglement swap associated with sequential superradiance from an atomic Bose-Einstein condensate. Based on careful examinations with both analytical and numerical approaches, we conclude that as a result of the swap mechanism, Einstein-Podolsky-Rosen (EPR)-type quantum correlations can be detected among the scattered light pulses.
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