My research interests lie in strongly correlated electron systems, including, but not limited to, quantum criticality, non-Fermi liquids, and topological phases in quantum Hall physics. My recent work focuses on studying the behavior of correlated gapless degrees of freedom near the boundaries of a sample and exploring how they influence experimental measurements conducted at the edges. Additionally, I aim to develop quasi-two-dimensional non-Fermi liquid models using coupled quantum wires, incorporating the effects of quenched disorder. The ultimate goal is to construct solvable models that describe anomalous metallic states beyond the framework of Landau Fermi liquid theory.

• 

  279-1332

• 

  chaojung.lee@apctp.org

• 

  523

  523

• 

  Condensed Matter Physics