Correlated Nanoelectronics

• We combine the strongly correlated phenomena in correlated oxides with semiconductor nanoelectronics. This combination brings new functionalities to quantum devices and provides a nanoscale approach to study bulk/interfacial material properties. We are actively looking into the unconventional electron pairing in STO, the Luttinger liquid physics on the oxide platform, solid state quantum simulation and topological computing based on oxide Majorana nanowires.