Education
2021: Ph.D., California Institute of Technology
2011: B.S., Seoul National University
Research Interests
Topological superconductivity: realization and detection of non-Abelian quasiparticles for quantum information applications.
Twisted/Rhombohedral multilayer graphene physics: investigation of superconductivity, fractional quantum anomalous Hall states, and other emergent correlated phases.
STM and quantum transport integration: correlating atomic-scale structure with macroscopic transport properties in clean-limit devices.
Major Research Archievement
Discovered a single material exhibiting both superconductivity and the quantum anomalous Hall effect
Observed unconventional superconductivity in twisted multilayer graphene
Identified strongly correlated phases in twisted multilayer graphene
