叠加态量子纠错的5位编码

Five-Qubit Quantum Error-Correction of Superposition State

利用叠加态量子纠错思想,设计了由H门和CNOT门实现的5位量子编码纠错线路,实现了在量子Hamming界条件下用最少位的叠加态编码.

Based on the quantum error correcting theory of superposition state, this paper constructs, by utilizing the H gates and the CNOT gates, a five-bit error correction circuit of quantum encoding, which can implement the least use of superposition state encoding under the condition of quantum Hamming bound.