Experimental Condensed Matter Physics

本研究计划的重点是探索二维过渡金属二硫族化合物的谷自由度和拓扑相等突现现象及其相关的纳米结构和异质结构在大规模量子信息应用中的应用。这将通过使用1)基于扫描探针的光学显微镜和2)光诱导稳定来实现。二维材料的极限厚度和柔韧性使这些奇特的纳米级现象能够通过电场、磁场、光照、应变等外部控制。

The focus of this research program is to explore emergent phenomena such as the valley degree of freedom and topological phase in two-dimensional transition metal dichalcogenides and their related nanostructures and heterostructures towards large-scale quantum information applications. This will be achieved by employing 1) scanning probe based optical microscopy and 2) optically induced steady. The ultimate thickness and flexible nature of the 2D materials enable these exotic nanoscale phenomena to be externally controlled using electric and magnetic fields, light illumination, strain.