Welcome to Topological Magnetism & L-TEM Lab

Research

We investigate topological magnetism and novel spin textures, focusing on the creation, manipulation, and dynamics of skyrmion and antiskyrmion structures under external stimuli. Our research integrates in situ L-TEM, 3D electron tomography, 4D-STEM, and micromagnetic simulations to reconstruct spin textures and uncover their underlying mechanisms. Our goal is to advance the fundamental understanding of emergent topological states and their field-driven phase transitions toward future spintronic applications.

Current Research Topics

We are offering projects on the following topics to interested students and post-doctoral researchers:

Topological spin textures
In situ L-TEM control of topological magnetism
Reconfigurable spintronic functionalities
3D magnetism tomography and 4D-STEM
Multiscale magnetic modeling
Topological magnetic materials, 2D magnetic materials