Electrolyte chemistry can significantly influence battery performance. In recent decades, researchers have combined commercially available chemicals to prepare aqueous/non-aqueous electrolytes for batteries. However, the limited chemical options may hinder the development of advanced electrolytes. Therefore, I dedicate myself to designing and synthesizing novel chemicals with particular functions to enable high-performance batteries.

I transfer knowledge from organic chemistry to the battery field, providing creative new methods for engineering the electrode-electrolyte interphase. I am working on a highly programmable method for molecule design and synthesis that could be a "Big Bang" moment, opening an infinite universe of a critical class of molecules for electrolyte chemistry.

Selected publications

coming soon...

I will edit this section after one paper is out. Yes, we are waiting... It is coming soon!

I have spent almost half of my PhD career. It is time to determine the topic for the next chapter.  Hopefully, it will be with a big vision. We will see...

Selected publications

It is a long-term investment...