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Macroscopic quantum effects in intrinsic Josephson junction stacks

机译:本征约瑟夫森结堆叠中的宏观量子效应

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摘要

A macroscopic quantum theory for the capacitively-coupled intrinsic Josephson junctions (IJJ's) is constructed. We clarify the multi junction effect for the macroscopic quantum tunneling (MQT) to the first resistive branch. It is shown that the escape rate is greatly enhanced by the capacitive coupling between junctions. We also discuss the origin of the N-2-enhancement in the escape rate observed in the uniformly switching in Bi-2212 IJJ's.
机译:建立了电容耦合本征约瑟夫森结(IJJ's)的宏观量子理论。我们阐明了到第一电阻分支的宏观量子隧穿(MQT)的多结效应。结果表明,结之间的电容耦合极大地提高了逃逸率。我们还讨论了在Bi-2212 IJJ的均匀切换中观察到的逃逸率中N-2-增强的起源。

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