Interplay of correlations and spin-orbit physics in 1D and 2D surface systems (C03)

金属原子在半导体表面上的外延亚单层组装构成了一类具有可变电子性质的多功能低维电子系统，它允许对原型多体和相互作用现象进行详细和受控的研究。在这个项目中，我们将利用这种表面吸附层结构的自旋轨道耦合的影响，在强电子相关的存在下，无论是在2D挫折的几何形状或在1D禁闭的特殊情况下，详细的研究。

Epitaxial sub-monolayer assemblies of metal atoms on semiconductor surfaces constitute a versatile class of low-dimensional electron systems with variable electronic properties, which allow a detailed and controlled study of prototypical many-body and interaction phenomena. In this project we will utilize such surface adlayer structures for detailed studies of the effects of spin-orbit coupling in the presence of strong electronic correlations, in either 2D frustrated geometries or in the special case of 1D confinement.