LEE Laboratory

of Catalysis & Stereoselective

Chemical Synthesis


Our group focuses on developing new catalytic strategies that enable efficient, selective, and sustainable transformations in organic and organometallic chemistry. We blend synthetic methodology with mechanistic insights to push the boundaries of stereoselective catalysis. We are committed to fostering a scientifically stimulating and supportive environment where everyone can thrive. We value curiosity, respect, and a healthy dose of laughter, and believe that a spirit of collaboration and growth is essential for scientific discovery. Let’s discover, explore, and grow together!




RESEARCH


Our research is dedicated to the design, discovery, and development of innovative catalytic platforms for (stereo)selective organic and organometallic transformations. We are equally committed to advancing the fundamental understanding of catalytic processes, which we believe is essential for meaningful innovation in chemical synthesis.


LEE Laboratory

of Catalysis &

Stereoselective

Chemical Synthesis

Our group focuses on developing new catalytic strategies that enable efficient, selective, and sustainable transformations in organic and organometallic chemistry. We blend synthetic methodology with mechanistic insights to push the boundaries of stereoselective catalysis. We are committed to fostering a scientifically stimulating and supportive environment where everyone can thrive. We value curiosity, respect, and a healthy dose of laughter, and believe that a spirit of collaboration and growth is essential for scientific discovery. Let’s discover, explore, and grow together!

RESEARCH

Our research is dedicated to the design, discovery, and development of innovative catalytic platforms for (stereo)selective organic and organometallic transformations. We are equally committed to advancing the fundamental understanding of catalytic processes, which we believe is essential for meaningful innovation in chemical synthesis.



(34141) #4104 (E6-4), KAIST,

Daehak-ro 291, Yuseong-gu, Daejeon, Korea


sarahyunmi@kaist.ac.kr




© 2025 by CataLeesis Lab at KAIST CHEMISTRY. 
All rights reserved.


Address

(34141) #506 (E6-6), KAIST, Daehak-ro 291, Yuseong-gu, Daejeon, Korea

E-mail

sarahyunmi@kaist.ac.kr

©2025 by CataLeesis Lab at KAIST CHEMISTRY. All rights reserved.