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Chinese Physics Letters

Entanglement Swapping and Disentanglement via an Entangled State of Atoms Interacting with a Cavity Field

Tang-Kun Liu, Ji‐Suo Wang, Jian Feng, Mingsheng Zhan

Published Nov 1, 2002• 2 citations
Publisher

Abstract

We consider entanglement swapping and disentanglement schemes via an entangled state of three two-level atoms interacting with a coherent field. When a two-level atom C , entangled with two other two-level atoms A and B , is injected into a high-Q cavity and atoms A and B are far away from the cavity, the entanglement swapping or disentanglement can be realized by carrying out the measurement on the atom C and by selecting an appropriate interaction time of atom C with the coherent field.

DOI
10.1088/0256-307x/19/11/301

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We consider entanglement swapping and disentanglement schemes via an entangled state of three two-level atoms interacting with a coherent field. When a two-level atom C , entangled with two other two-level atoms A and B , is injected into a high-Q cavity and atoms A and B are far away from the cavity, the entanglement swapping or disentanglement can be realized by carrying out the measurement on the atom C and by selecting an appropriate interaction time of atom C with the coherent field.
This paper proposes a scheme where entanglement swapping between atom and cavity can be realized. Λ-type three-level atoms interacting resonantly with cavity field are considered. By detecting atom and cavity field, it realizes entanglement swapping between atom and cavity. It uses the technique of entanglement swapping to generate an entangled state of two cavity fields by measuring on atoms. It discusses the experimental feasibility of the proposed scheme and application of entangled state of cavity fields.