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Teleportation of Schrodinger-Cat States Using Entangled-Photon-Holes-Embedded Two-Mode Squeezed-Vacuum Light

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Abstract

We study the teleportation of non-Gaussian Schrodinger-Cat states using Franson’s entangled-photon-holes-embedded two-mode squeezed-vacuum light. We discuss the squeezing benefits of using the above type of entanglement resource over standard two-mode squeezed-vacuum light.

© 2013 Optical Society of America

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