Research Direction: Superconducting Quantum Computing, Superconducting Quantum Network

Research Direction: Superconducting qubits, quantum algorithm

Research Direction: Magnonics, Antiferromagnet, Altermagnet

Research Direction: 1.Single-crystal growth and characterization of heavy-fermion and quantum magnetic-frustration materials (mainly rare-earth compounds and frustrated magnets); 2.Single-crystal synthesis and characterization of two-dimensional magnetic materials (mainly van der Waals materials based on transition metals); 3.Exploration of novel quantum materials and investigation of low-temperature quantum critical behaviors.

Research Direction: topological/conformal/quantum field theories, quantum phases in condensed matter physics (including topological orders, SPT/SET orders, spontaneous symmetry-breaking orders, quantum liquids), phase transitions and quantum gravity; vertex operator algebras and their representations, conformal/topological nets, operator algebras, higher categories, higher algebras, higher representations, factorization homology, higher homotopy theory and geometric Langlands correspondence.

Research Direction: circuit QED, quantum error correction, quantum simulation, and quantum machine learning