I am interested in emergent phenomena in highly entangled quantum matters. My research studies topics including gapped and gapless topological phases. During my PhD, I worked on fracton topological orders. Later on, besides quantum spin liquids my research is expanded to quantum phase transitions and (non-)Fermi liquid phases.

These quantum states are characterized by distinct low-energy entanglement structures. Specifically, topological orders and fracton orders are gapped phases exhibiting long-range entanglement which supports topological quasiparticle excitations, making them ideal candidates of fault tolerant topological quantum computers. Meanwhile, long-range entanglement in gapless systems can result in extra complexity which calls for new analytical tools and theoretical frameworks. I am dedicated to understanding these states of matter through framework of

1. Quantum Field Theory

2. Renormalization Group.