Quantum matter refers to materials and systems that exhibit quantum mechanical behavior at the macroscopic scale. This includes phenomena such as superconductivity, magnetism, and topological order. Quantum matter research is driven by the desire to understand and control these exotic states of matter, with potential applications in quantum computing, energy storage, and advanced materials. Some of the key topics in quantum matter research include strongly correlated electron systems, topological insulators, and quantum phase transitions.
Research Groups
Peng CHEN
Experimental quantum information science, Quantum few-body system, Quantum optics, Artificial quantum materials, Ultracold physics, Nonlinear optics, Novel microscopy.
Haoxiang LI
Quantum materials, Strongly correlated systems, Topological electron, magnon and phonon systems, Superconductivity, Charge density wave, Quantum spin liquid.
Xiaoxiao WU
Metamaterials and wave-matter interactions, Functional Metamaterials for EM and acoustic waves, Topological photonic and phononic metamaterials, Terahertz and sub-terahertz photonics.
Jinguo LIU
Quantum computing and reversible computing, Tensor networks, Automatic differentiation, Scientific computing softwares.
Rongfeng YUAN
Molecular dynamics, Electronic energy transport and conversion, Ultrafast spectroscopy and microscopy, Optoelectronic materials.
Jiaying WU
Photon Energy Conversion, Photophysics, Device Physics, Charge Carrier Dynamics.
Chee Keong TAN
Semiconductor materials and devices.
Xiakun CHU
Theoretical and computational biophysics, Coarse-grained biomolecular model, Flexible biomolecular structure and function.
Zecheng GAN
Applied math, Computational electromagnetism and hydrodynamics, Computational materials science, Data-driven and machine learning methods.
Jun Wang
Conducting polymers and nanocomposites, Functional polymer foams and porous materials,Lightweight materials from 3D printing, Polymer upcycling.