An Immune Quantum Communication Model for Dephasing Noise Using Four-Qubit Cluster State

作者：Wang, Rui-jin^*; Li, Dong-fen; Qin, Zhi-guang

来源：International Journal of Theoretical Physics, 2016, 55(1): 609-616.

DOI：10.1007/s10773-015-2698-8

• Quantum secure direct communication
• Quantum steganography
• Quantum information splitting
• Quantum noisy channels

Quantum secure communication of dephasing in the presence of noise is a hot spot in research in the field of quantum secure communication. Quantum steganography aims is to transfer secret information in public quantum channel. But because effect of annealing phase noise, quantum states which is need to transfer easily delayed or changed. So, quantum steganography is very meaning apply to transmit secret information covertly in quantum noisy channels. The article introduced dephasing noise impact on the physics of quantum state, through the theoretical research, construct the logic of quantum states to back the phase noise immunity, and construct the decoherence free subspace, It can guarantees fidelity secret information exchange through quantum communication model in a noisy environment.

• 出版日期2016-1
• 单位电子科技大学