Abstract A monolayer or bilayer MoS 2 is placed in a periodic magnetic field with zero average amplitude produced by the skyrmion lattice. We study band structure and electron distribution influenced by periodic magnetic field. The periodic field leads to the formation of a series of minibands separated by gaps for monolayer and bilayer MoS 2 . Under the influence of magnetic field, electrons form various periodic distribution for the different quantum degree of freedom, producing polarization in valleys, energy bands and layers. The layer pseudospin can be controlled by adding a interlayer potential energy.

中文翻译：

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周期磁场中过渡金属二硫属化物的假自旋

摘要 将单层或双层 MoS 2 置于由斯格明子晶格产生的平均振幅为零的周期性磁场中。我们研究受周期性磁场影响的能带结构和电子分布。周期性场导致形成一系列被单层和双层 MoS 2 的间隙隔开的微带。在磁场的影响下，电子形成不同量子自由度的各种周期分布，在谷、能带和层中产生极化。层赝自旋可以通过添加层间势能来控制。