We are exploring the beauty of physics in real materials by both first-principles calculations and analytical methods. Recently we focus on topological materials (e.g. topological insulators and Weyl semimetals) and the topology-induced transport and optical phenomena.
Open positions: M.Sc and Ph.D. students, and Postdocs on topological states and emerging materials.
- #Publication# Nature Materials on the cover -- Dual topological insulator Bi2TeI.
- #Publication# Science Advances -- Exchange bias to realize the QAHE.
- #Publication# PRR --Machine learning in computational Physics.
- #Publication# PRL on the cover -- Higher-Order Topology in MoTe2.
- #Publication# PRX -- Anomalous Nernst effect in a Weyl semimetal.
- #Publication# Science -- Magnetic Weyl semimetal Co3Sn2S2.
- #Publication# Nature Comm. -- Predict the magnetic photogalvanic effect (MPGE).
- #Publication# Nature Comm. -- Weyl Fermi arcs manipulation that realizes our earlier theory.
- #Publication# in Nature Phys -- Review on topological antiferromagnetic spintronics.
- #Publication# Physics Viewpoint: The “Sound” of Weyl Fermions.
- #News# Our prediction on the nonlinear AHE material was realized by experiments 1 and 2.
- #News# Proud to be named a @webofscience Highly Cited Researcher 2019.
- #Highlight# One Material, dual topology in Nature Review Materials.
- #Highlight# Gravitational anomaly in Wey fermions at Nature.
- #Highlight# Magnetic Weyl semimetals at Science.
- #Highlight# Three Research Groups, Two Kinds of Electronic Properties, One Material.
- #Highlight# Transverse Wiedemann-Franz law at Physics.org.
- #Activity# Weizmann Winterschool for Excellent Chinese Students.
