We simulate four quantum error correcting codes under error models inspired by realistic noise sources in near-term ion trap quantum computers: T 2 dephasing, gate overrotation, and crosstalk. We use this data to find preferred codes for given error parameters along with logical error biases and a pseudothreshold which compares the physical and logical gate failure rates for a CNOT gate. Using these results we conclude that Bacon–Shor-13 is the most promising near term candidate as long as the impact of crosstalk can be mitigated through other means.

中文翻译：

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具有串扰错误的离子阱中9量子位罗盘代码的逻辑性能

在近期离子阱量子计算机中，由实际噪声源激发的误差模型下，我们在错误模型下模拟了四个量子纠错代码：T 2移相，栅极过旋转和串扰。我们使用此数据查找给定错误参数的首选代码，以及逻辑错误偏差和伪阈值，该阈值比较CNOT门的物理和逻辑门故障率。使用这些结果，我们得出结论，只要可以通过其他方法减轻串扰的影响，培根–Shor-13就是最有希望的近期候选指标。