Qianqian Hu
ABSTRACT
Countering channel noise is an urgent problem to achieve safe and efficient quantum communication. In order to solve this problem, a quantum key distribution (QKD) scheme based on quantum error-avoiding code (QEAC) in decoherence-free subspace (DFS) is proposed. Firstly, we use group theory to design a simple method for constructing QEAC based on the DFS, which is a better solution to overcome quantum channel noise. Secondly, the constructed QEAC is applied in the construction of the QKD scheme for error avoidance. The idea of QEAC for quantum key distribution can effectively overcome the noise in the channel without complicated systems. The proposed method of constructing a QKD scheme for quantum secure communication skillfully utilizes DFS for analysis and research, and improves the quantum bit efficiency and security of quantum key distribution.
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Index Terms
- A quantum key distribution scheme based on quantum error-avoiding code in decoherence-free subspace
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