Several postdoc and Ph.D positions in theoretical/computational condensed matter physics with highly competitive salaries (negotiable for excellent candidates) are available immediately. The successful candidates will be working in Prof Yugui Yao’s group in the computational physics department at the Beijing Institute of Technology. 

Specific research topics of focus include but are not limited to

• Development of the first-principles calculation method & quantum theory for materials
  1. Evaluations of Z₂ and Chern topological invariants
  2. Investigation of correlation between electronic structures, Berry phase effects, and various quantum phenomena in systems with spin-orbit coupling. Studies of anomalous Hall effect, spin Hall effect, anomalous Nernst Hall effect, thermoelectricity, magneto-optic effect, transport, exciton, plasmon, etc.
  3. Exploration of the emergent particles in condensed matters through group representation theory, and the development of related software packages for group representation theory.
• Design and application of quantum functional materials
  1. 3D and 2D topological materials
  2. Superconductors, especially topological superconductors
  3. 2D novel layered materials, especially materials with strong spin-orbit coupling
  4. Application of quantum materials for next-generation optical, electronic, and spintronic devices
• Close collaboration with experiments on novel quantum functional materials
  1. 2D layered materials with novel exotic transport properties
  2. Device application of various types functional materials
  3. Understanding experimental measurements and provide theoretical explanation

The appointment for the Post.Doc. is initially for two years, which can be extended to another two years depending on performance. We are looking for applicants with a good theoretical and/or computational background (expert in using or developing one of the following methods: DFT, DMRG, QMC, et al), and a proven capacity for high-quality research or scientific computing. Interested applicants should submit an up-to-date CV to [email protected] or [email protected].

About PI: Yao is a distinguished Professor and Dean in the computational physics department of the school of physics at the Beijing Institute of Technology. His research focuses on discovering new quantum states of matter and understanding their novel properties with the ultimate goal of advancing modern technology. He has made many influential contributions to the field of conputational condensed matter physics, including developing the first-principles methods for the calculation of intrinsic anomalous Hall effect quantitatively and topological invariant Z2 for three-dimensional (3D) strong and weak topological insulators; discovering topological states and unconventional chiral superconductivity in silicene and other similar 2D materials; and achieving a complete list and classification of emergent particles in 3D systems.

Yao has received various awards and honors in the field, such as the APS fellow in the division of computational physics in 2022, Highly Cited Researcher by Clarivate Analytics (2018-2021), National Natural Science Award of China in 2018,  Young and Middle-aged Science and Technology Innovation Leader from the Ministry of Science and Technology of China in 2016, Cheung Kong Professor of the Ministry of Education of China in 2012, the National Science Fund for Distinguished Young Scholars of China in 2012, outstanding achievements in Science and Technology Award from the Chinese Academy of Science in 2011, etc.

His recent work can be found on google scholar or Publon. More information can be found in our website.