Journal of Mathematical Sciences: Advances and ApplicationsAuthor's: Xiaoqing Tan and Xu Zhou
Pages: [55] - [65]
Received Date: December 21, 2016
Submitted by:
DOI: http://dx.doi.org/10.18642/jmsaa_7100121753
In this paper, we present two different quantum teleportation schemes
of an arbitrary single-particle, one is perfect teleportation and the
other is probabilistic teleportation. In the first scheme, a
four-particle maximally entangled state is used as the quantum
channel. Besides, Bob needs to apply appropriate unitary
transformations according to Alice’s measurement results to
recover the unknown state and the success probability is 1. In the
latter scheme, the quantum channel is a four-particle non-maximally
entangled state, which is a more general state. Furthermore, Bob needs
to introduce an auxiliary qubit so that he can reconstruct the unknown
state with the success probability of 
arbitrary single-particle state, quantum teleportation, probabilistic teleportation, appropriate unitary transformations, non-maximally entangled, auxiliary qubit.
