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引用次数: 1
摘要
本文报道了在IBM量子器件上的实验。基于Thomas G. Draper的方案设计了一个加法器电路。该电路是构建肖尔素数分解算法的通用电路的一部分。我们在三个IBM量子设备上进行了实验。实验结果表明，在IBM Essex设备上，一个量子位的最佳加法器具有100%的准确率。然而，双量子位加法器电路的结果要差得多。对三种IBM器件的精度进行了详细分析。
This paper reports the experiments on IBM quantum devices. We design an adder circuit based on Thomas G. Draper proposal. This circuit is a part of a general circuit to build Shor prime number factorization algorithm. We perform the experiments on three IBM quantum devices. The result of the experiment shows that on IBM Essex device, the best possible adder for one qubits has 100% accuracy. However, the results for two qubits adder circuit are much worse. The details analysis of the accuracy of three IBM devices are reported.
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