About me

I am currently a Physics Ph.D. candidate at Spin-Ion Technologies and Université Paris-Saclay, working under the mentorship of Dr. Ravelosona dafiné, the director of research CNRS and CTO of Spin-Ion Technologies. My research involves magnetoelectric (“ME”) materials for energy-efficient information technology and “ME” materials for data security in information technology using Multiferroics/Magneto-ionics/Surface charging, with a special focus on the boosting magneto-ionic effect using ion irradiation and implantation.

Research Interest:

Ion-material Simulation: SRIM, iradina, IMSIL, CORETO, TRIDYN, MARLOWE, RustBCA
Machine Learning: fairness AI, penalization and augmentation methods
E-field controlled magnetization VCMA, Strain-mediated ME (Magnetoelectric) Effects, Straintronic, iontronic, E-filed induced spin reorientation, SOT.
Micro-, Nanofabrication
Neuromorphic Computing Neuromorphic Sensing and Perception, Hybrid Computing Systems, Brain-Inspired Robotics

Education:

Ph.D. Candidate in Physics (2021 - )
Spin-Ion Technologies and Université Paris-Saclay
M.S. in Materials Science (2017 - 2020)
RWTH-Aachen University
B.S. in Materials Science and Engineering (2009 - 2013)
Manjing Tech University

Languages:

Chinese (Native)
English (Fluent)
German (Fluent, C1)

Programming Languages:

Python
C++
Rust
Javascript
HTML/CSS

Work Experience:

Ph.D. Candidate (2021 - )
Spin-Ion Technologies
Supervisor: Dr. Ravelosona dafiné
Co-Supervisor: Dr. Nöel Montblanco
Topic: Boosting Mangneto-Ionics Effect using Ion Irradiation & Implantation
Research Intern (2019 - 2020)
Forschungszentrum Jülich
Supervisor: Prof.Dr.-Ing Vescan Andrei
Co-Supervisor: Prof.Dr.Andreas Offenhäuser
Co-Supervisor: Dr. Dirk Mayer
Topic: Flexiblie Micro-electrode Arrays for Biosensor Applications
Software Engineer (2017 - 2021)
Sales Engineer (2013 - 2017)