Presentation Information
[Th-P2-E-01 (Invited)]Fractional Quantum Anomalous Hall Effect and Chiral Superconductivity in Graphene
〇Long Ju1 (1. MIT (USA))
Fractional quantum Hall effect and
superconductivity are two famous examples of
emergent quantum phenomena driven by electron
topology and correlations. I will discuss how they can be unified in a completely unconventional way, in one crystalline material, known as rhombohedral
graphene.
superconductivity are two famous examples of
emergent quantum phenomena driven by electron
topology and correlations. I will discuss how they can be unified in a completely unconventional way, in one crystalline material, known as rhombohedral
graphene.
