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Model for large arrays of Josephson junctions with unconventional superconductors

机译:具有非常规超导体的约瑟夫森结的大型阵列模型

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摘要

We study large arrays of mesoscopic junctions made out of gapless unconventional superconductors where the tunneling processes of both particle-hole and Cooper pairs give rise to a strongly retarded effective action which, contrary to the standard case, cannot be readily characterized in terms of a local Josephson energy. This action can be relevant, for example, to grain boundary and c-axis junctions in layered high-T_c superconductors. By using a particular functional representation, we describe emergent collective phenomena in this system, ascertain its phase diagram, and compute electrical conductivity.
机译:我们研究了由无间隙的超常规超导体制成的大量介观结,其中的空穴和库珀对的隧穿过程都产生了强烈受阻的有效作用,这与标准情况相反,无法通过局部表征约瑟夫森能量。例如,该作用可能与层状高T_c超导体中的晶界和c轴结有关。通过使用特定的功能表示,我们描述了该系统中出现的集体现象,确定了其相图,并计算了电导率。

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