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Quantum secret sharing of arbitrary N-qubit via entangled state
WU Junqin, LIN Huiying
Journal of Computer Applications    2015, 35 (2): 397-400.   DOI: 10.11772/j.issn.1001-9081.2015.02.0397
Abstract446)      PDF (687KB)(451)       Save

Focused on the issue that the quantum secret sharing is limited to the maximally entangled state, a scheme for quantum state sharing of an arbitrary unknown N-qubit state by using entangled state as quantum channel was proposed. The sender Alice used the Bell basis measurement and then the receiver Bob or Charlie used the single particle measurement. The participants chose the right joint unitary operation according to the results from Alice and the signal measurement, which could realize arbitrary N-qubit secret sharing. The eavesdropping analysis shows explicitly that the scheme is secure and it can resist the external eavesdropper and internal dishonest participant.

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