Research values
My research is driven by a commitment to bridging fundamental scientific principles with modern practical challenges in the field of energy storage. I firmly believe that integrating theoretical insights with applied sciences is essential for achieving transformative breakthroughs. In this context, I take great pleasure in gaining non-trivial yet indispensable insights by developing battery materials and systems guided by the pursuit of impact-driven innovation, while simultaneously building a comprehensive understanding of the dynamic and organic interconnections between components during battery operation. Looking ahead, my future work will focus on delivering innovative solutions to address real-world challenges and bridge the gap between cutting-edge technology and practical implementation. But above all, I will follow the path that allows me to enjoy the process of discovery.
Research Interests
1. Understanding and Developing Cathode Materials for High-Voltage Li-ion Batteries
TBD
2. Interpreting and Modifying the Electrodeposition Behaviors for Developing Anode-Free (or -Less) Systems
TBD
3. Decoding System-level Battery Dynamics and Advancing Next-Gen Battery Operation & Diagnostics
TBD
4. Uncovering New Scientific Phenomena and Advancing Insights into Electrochemistry and Material Science, with State-of-the-art Analysis Tools
TBD