Low Dimensional Magnetism and Spintronic Devices
Research Field
Qualifications:
Bachelor of Science in Physics, National Taiwan University (1994. 9 – 1998. 6)
Master Degree in Physics, National Taiwan University (1998. 9 – 2000. 6)
Ph.D. in Physics, National Taiwan University (2002. 9 – 2006. 1)
Career:
1. Research assistant, Institute of Atomic and Molecular Sciences, Academia Sinica, Taiwan (2001. 1 - 2006. 1)
2. Post doc., Institute of Atomic and Molecular Sciences, Academia Sinica, Taiwan
(2006. 2 - 2006. 8)
3. Post doc., Max-Plank Institute for microstructures, Halle, Germany
(2006. 7 - 2007. 6)
4. Assistant Professor, Department of Physics, National Taiwan Normal University
(2007. 8 – 2011. 7)
5. Associate Professor, Department of Physics, National Taiwan Normal University
(2011. 8 – 2014. 7)
6. Full Professor, Department of Physics, National Taiwan Normal University
(2014. 8 – to now)
7. Department Chair, Department of Physics, National Taiwan Normal University
(2021. 8 – 2024. 7)
8. Associate VP, Office of Research and Development, NTNU
(2024. 2 – to now)
Research Fields:
1. Surface Science (UHV system, Ultrathin Films)
2. Magnetism (MOKE, Kerr microscope, MFM)
3. Nanomaterials and 2D-materials
4. Photoemission and XAS studies in NSRRC
International Research Experience:
1. Oak Ridge National Laboratory, Tennessee, America (2005. 7 - 2005. 9)
Topic: Magnetic Inter-layer coupling between nanoparticle assemblies
2. Center for nanophase materials sciences, Oak Ridge National Laboratory, Tennessee, USA (2006. 5)
Topic: Magnetic Domain Imaging on Self-Aligned Nanopaticle Assemblies and Nanowires using SEM with Polarization Analysis
3. Visiting Professor in UCLA, USA (2015. 7 – 2016. 2)
We have a Post. Doc. fellow, 5 Ph.D students, 5 Master's students, and 5 bachelor's students in our Lab. There are 6 UHV chambers for the thin film deposition. Magnetic measurements are performed with VSM, Kerr microscope, and MFM. Our Lab. located in the city center, with convenient transportation systems, including MRT, bus, and city bike.
- Hydrogenation-induced reversible modulation of Magnetic multilayers
- 2D semiconductors: interfacial contact resistance and Phase transition
- Magnetic 2D materials: Skyrmions and domain control
- Enhancement of Photocatalytic properties by magnetic proximity
No special Honor.
Background in Physics, Materials Science, and engineering-related fields will be suitable.
Bachelor's, master's, or Ph.D. students are welcome.
Job Description
Suitable for students familiar with magnetic physics, solid state physics, semiconductor physics, and surface science.
Preferred Intern Educational Level
Bachelor's, Master's, or Ph.D students are suitable.
Skill sets or Qualities
Suitable for students familiar with magnetic physics, solid state physics, semiconductor physics, and surface science. Strong motivation and willingness to continue graduate education are required.