Our group focuses on the static and dynamic properties of spin-orbitronic systems, particularly the manipulation of magnetization through spin and orbital torques, spin and orbital current-induced magnetization dynamics, and novel magnetoresistance effects. We investigate a wide range of materials, including ferromagnetic, ferrimagnetic and antiferromagnetic materials, and 2D materials, to understand their potential in spin-orbitronic applications.

In addition, our group conducts extensive research on the magnetic properties of complex thin-film materials, including magnetic insulators and other novel materials with unique magnon excitation characteristics. These investigations are essential for advancing next-generation spintronic devices, such as memory storage and logic devices that harness spin current manipulation. Our work integrates fundamental research on novel spin- and orbital-based effects with applied technological development.

We have also established strong collaborations within research groups at NTU Singapore, as well as globally with leading teams from top universities and research institutions, including ETH Zurich (Switzerland), JGU Mainz (Germany), Néel Institute, CNRS (France), Norwegian University of Science and Technology (Norway), Peking University (China), Sun Yat-sen University (China), South China University of Technology (China), and Anhui University (China).

We might have open positions for Postdoctoral Research Associates, PhD students (including those with external funding such as CSC), visiting students, Master’s/Bachelor’s thesis candidates, and internship opportunities. For more information, please refer to our Opportunity postings.