论文标题
与Majorana-cooper对阵列的键盘相互作用模拟物质的外来阶段
Simulating exotic phases of matter with bond-directed interactions with arrays of Majorana-Cooper pair boxes
论文作者
论文摘要
建议通过金属纳米线连接的Majorana-cooper对框网络可以模拟物质的各种外来状态。在此模拟中，Majorana-cooper盒在有效旋转S = 1/2的角色中起作用，金属连接会产生近核筛选和Ruderman-Kittel-Kasuya-Yosida（Rkky）相互作用。取决于占上风的不同 - 无论是近托效应还是rkky交换，都将具有有效的自旋模型或近野晶格。外来的扇贝列表包括著名的六角kitaev模型，该模型对近托晶格的概括以及具有三旋相互作用的各种自旋模型。特别强调的是对Kondo Lattice Scaenario的讨论。
It is suggested that networks of Majorana-Cooper pair boxes connected by metallic nanowires can simulate various exotic states of matter. In this simulations Majorana-Cooper boxes play the role of effective spins S=1/2 and the metallic connections generate the Kondo screening and the Ruderman-Kittel-Kasuya-Yosida (RKKY) interaction. Depending on what prevails - whether it is the Kondo effect or the RKKY exchange, one will have either an effective spin model or a Kondo lattice. The list of exotic stets includes the famous hexagonal Kitaev model, a generalization of this model for a Kondo lattice and various spin models with three-spin interactions. A special emphasize is made on the discussion of the Kondo lattice scaenario.
