This thesis is devoted to Quantum Computation via Nuclear Magnetic Resonance.
本文的内容是关于核磁共振量子计算。
参考来源 - 子空间量子计算的核磁共振实验研究Through analysing the excellence of quantum computation and Quantum Genetic Algorithms, it introduces the quick development reason of Quantum Genetic Algorithms.
通过讨论量子计算及量子遗传算法的优点,分析了量子遗传算法得以迅速发展的原因。
参考来源 - 量子遗传算法改进算法研究Combined the results of quantum computation with infrared spectra, the possible synthesis mechanism was proposed.
根据量化计算结果与红外谱图变化趋势,提出了丙交酯合成的可能机理。
参考来源 - 聚乳酸合成过程的理论计算及其共混物的相容性研究·2,447,543篇论文数据，部分数据来源于NoteExpress
This thesis is devoted to Quantum Computation via Nuclear Magnetic Resonance.
本文的内容是关于核磁共振量子计算。
More than that, quantum computation could simply be easier than originally thought.
还有，量子计算比一般思维简单容易。
To round out the set and allow for universal quantum computation, we need the Controlled Phase function, CPhase .
要使集合完整并考虑普遍的量子计算，那么我们需要受控相位函数，CPhase 。
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