Coherence, Correlation And Entanglement: Have We Learned Anything From NMR Quantum Computing?
Coherence, Correlation And Entanglement: Have We Learned Anything From NMR Quantum Computing?
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相干性、相关性和纠缠性：我们从核磁共振量子计算中学到了什么吗？
DOI：
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发表时间：
2006
期刊：
影响因子：
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通讯作者：
W. Warren
中科院分区：
文献类型：
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作者：
W. Warren
在溶液核磁共振量子计算上近十年的实验努力已经证实，这样的系统将无法扩展到有用的量子比特数量，这与1997年量子力学的预测完全一致。然而，理论框架已经导致了对相干、相关和纠缠的本质的新见解，并可能最终有助于实现其他磁共振应用。
Nearly a decades’ worth of experimental efforts on solution NMR quantum computing have confirmed that such systems will not be scalable to a useful number of qubits, completely consistent with quantum mechanical predictions in 1997. However, the theoretical framework has led to new insights into the nature of coherence, correlation, and entanglement, and may ultimately help enable other magnetic resonance applications.