Project A09

Prof. Dr. Jaroslav Fabian
Dr. Jonathan Eroms
 Tobias Rockinger
Dr. Denis Kochan

Controllable spin-orbit interaction in graphene


Abstract

In this project we will enhance spin-orbit interaction in graphene in a controlled fashion by contact to transition metal dichalcogenides, such as WSe2 and also by intercalation of metal atoms. In particular, we will realize a spatially varying spin-orbit interaction strength. By using complementary methods, such as spin transport, spin Hall effect or weak antilocalization, we will characterize the effect strength. The experiments will be guided by DFT based modeling.