Research

We are dedicated to providing research experience and laboratory training to our students. Our goal is to foster future scientists and engineers in the field of physics, materials science, and electrical engineering, by offering our students the opportunities to work on real-world, hands-on research projects.

Description:

Our research topics explore a broad range of magnetism and spintronics phenomena. The research examines the properties of quantum-mechanical effect of electron spins such as their novel magnetic textures and spin-orbit effects, rather than conventional electron charge, to seek potential optimization of low-power, high-capability electronics devices. Recent focus has been on spin-orbitronics, spin-caloritronics, and magnonics.

We explore the synthesis and characterization of novel magnetic heterostructures of metals, oxides, and two-dimensional materials at their nanoscale, and investigate their applications in energy-efficient electronic devices.

Current topics:

1. Spin-orbitronics phenomena

2. Spintronic THz science

3. Quantum microwave-to-light transduction

4. Hybrid magnonics