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Proposal for realizing Majorana fermions in chains of magnetic atoms on a superconductor

机译:关于在超导体上实现磁原子链中的马约拉那费米子的提案

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摘要

We propose an easy-to-build easy-to-detect scheme for realizing Majorana fermions at the ends of a chain of magnetic atoms on the surface of a superconductor. Model calculations show that such chains can be easily tuned between trivial and topological ground states. In the latter, spatially resolved spectroscopy can be used to probe the Majorana fermion end states. Decoupled Majorana bound states can form even in short magnetic chains consisting of only tens of atoms. We propose scanning tunneling microscopy as the ideal technique to fabricate such systems and to probe their topological properties.
机译:我们提出了一种易于构建,易于检测的方案,用于实现超导体表面上的磁性原子链末端的马里亚纳费米子。模型计算表明,可以轻松地在平凡和拓扑基态之间调整此类链。在后者中,空间分辨光谱法可用于探测马里亚纳邦费米子的最终状态。即使在仅由数十个原子组成的短磁链中,也可以形成解耦的马约拉纳束缚态。我们提出扫描隧道显微镜是制造此类系统并探究其拓扑特性的理想技术。

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