Deletion, Bell's Inequality, Teleportation

Abstract

In this letter we analyze the efficacy of the entangled output of Pati-Braunstein deletion machine [3] as a teleportation channel. We analyze the possibility of it violating the Bell's inequality. Interestingly we find that for all values of the input parameter$\alpha$ the state does not violate the Bell's inequality but when used as a teleportation channel can give a fidelity higher than the classical optimum (i.e 2/3).

6 pages, Accepted in Quantum Information Processing

References in corpus (3)

• Quantum deletion: Beyond the no-deletion principle
• Quantum Cloning, Bell's Inequality and Teleportation
• Improving the Fidelity of deletion

Cited by in corpus (8)

• Complementarity of genuine multipartite non-locality
• Complementarity of Quantum Correlations in Cloning and Deleting of Quantum State
• Maximal Secret Reconstruction, Teleportation and Bell's Inequality
• Teleportation fidelity of quantum repeater networks
• Can error in quantum deletion machines be beneficial for deletion?
• Revocation and Reconstruction of Shared Quantum States
• Teleportation Fidelity of Binary Tree Quantum Repeater Networks
• Revocation and Reconstruction of Shared Quantum States