We are conducting in-depth research on positive and negative electrode active materials at the atomic level, particle level, and electrode level.
We are researching various technologies using computational chemistry and AI.
We conduct advanced analysis of various secondary battery reactions according to electrolyte conditions, and research on electrolyte material search and optimization.
We are conducting research to design functional materials and closely analyze their performance.
We conduct various research on new energy storage materials and systems required for next-generation secondary batteries.
We systematically study the theoretical design and practical process for developing secondary batteries and active materials.
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Professor | Research field | |||||
---|---|---|---|---|---|---|
Active material | Computational Chemistry / Artificial Intelligence | Electrolyte | Functional material | Next-generation battery | Battery design/process | |
Sang-Min Lee | ||||||
Kyu-Young Park | ||||||
Changshin Jo | ||||||
Min Ah-Lee | ||||||
Jihyun-Hong | ||||||
Gyeong-deok Kim | ||||||
Heo Yun-wook | ||||||
BYEONGU-GANG | ||||||
YONGTAE-GIM | ||||||
WONBAE-KIM | ||||||
Yeonsu-Kim | ||||||
Moon-jeong Park | ||||||
Seon-ah Park | ||||||
SUJIN-BAK | ||||||
Lee-GIRA | ||||||
Hyeonbo Jo | ||||||
Siyoung Choi | ||||||
Changhyuk Choi | ||||||
Soohee Han |