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- W3101344897 abstract "We propose a scheme of loss resilient entanglement swapping between two distant parties in lossy optical fibre. In this scheme, Alice and Bob each begin with a pair of entangled non-classical states; these hybrid states of light are entangled discrete variable (Fock state) and continuous variable (coherent state) pairs. The continuous variable halves of each of these pairs are sent through lossy optical fibre to a middle location, where these states are then mixed (using a 50:50 beam-splitter) and measured. The detection scheme we use is to measure one of these modes via vacuum detection, and to measure the other mode using homodyne detection. In this work we show that the Bell state $lvertPhi^{+}rangle=(lvert 00rangle+lvert 11rangle)/sqrt{2}$ can theoretically be produced following this scheme with high fidelity and entanglement, even when allowing for a small amount of loss. It can be shown that there is an optimal amplitude value ($alpha$) of the coherent state when allowing for such loss. We also investigate the realistic circumstance when the loss is not balanced in the propagating modes. We demonstrate that a small amount of loss mismatch does not destroy the overall entanglement, thus demonstrating the physical practicality of this protocol." @default.
- W3101344897 created "2020-11-23" @default.
- W3101344897 creator A5021121228 @default.
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- W3101344897 date "2017-09-15" @default.
- W3101344897 modified "2023-09-26" @default.
- W3101344897 title "Hybrid photonic loss resilient entanglement swapping" @default.
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- W3101344897 doi "https://doi.org/10.1088/2040-8986/aa858a" @default.
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