Hyeonwoo Yeo Ph.D Candidates

Research Interest

Electrochemical interfaces​, Li-ion battery

Paper & Patent

^1st"Ab initio theory of the nonequilibrium adsorption energy", npj Computational Materials (2024)​

"Atomistics of asymmetric lateral growth of colloidal zincblende CdSe nanoplatelets", Chemistry of Materials (2021)

"Modulation of the electronic properties of MXene (Ti₃C₂T_x) via surface-covalent functionalization with Diazonium", ACS Nano (2021)​

^1st"First-principles-derived effective mass approximation for the improved description of quantum nanostructures", Journal of Physics: Materials (2020)​

"Quasi-Fermi level splitting in nanoscale junctions from ab initio", Proceedings of the National Academy of Science (2020)​

Awards

삼성 Global Technology Symposium (GTS) INSPIRE AWARD (2023)

한국물리학회 봄 학술대회 우수 구두발표상 (2020)

제6회 EDISON 경진대회 장려상 (2017)

8th International Conference on Recent Progress in Graphene Research (RPGR) 우수 포스터상 (2016)

제5회 EDISON 경진대회 장려상 (2016)

dndhdrnl@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210

Lee Ryong Gyu Ph.D Candidates

Research Interest

Optoelectronic devices

Paper & Patent

"Gate-versus defect-induced voltage drop and negative differential resistance in vertical graphene heterostructures", Npj Computational Materials (2022)​​​

^1st"Optogenetics-inspired flexible van-der-Waals optoelectronic synapse and its application to a convolutional neural network", Advanced Materials (2021)​​

Awards

한국물리학회 봄학술대회 우수 구두발표상 (2022​)

한국물리학회 가을학술대회 우수 구두발표상 (2^​021​)​

ronggyulee@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210

Seunghyun Yu Ph.D Candidates

Molecular dynamics, Machine learning, Physics-informed neural networks

littleyu@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210

Jeong Won Lee Ph.D Candidates

.

jeongwon.lee@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210

Minsu Jeong Ph.D Candidates

Research Interest

Graphene based molecular junction, Machine learning 

Paper & Patent

"Enhanced gating efficiency in vertical mixed molecular transistors with deep orbital level", Science Advances (2025)

Awards

제16회 KIAS CAC Summer School 우수 프로젝트상 (2025)

minsu.jeong@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210

Joonho Park Postdoctoral Researcher

Catalytic​ Reaction such as CO2 reduction, Oxygen reduction reactions, Molecular Dynamics based on Artificial Intelligence Potential. 

hopefulp@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210

Rajput Kaptansinh suryabalisinh Postdoctoral Researcher

Quantum transport and FTJ

kaptan@kaist.ac.kr

KAIST School of Electrical Engineering Bld. (E3-2) 6210

전효진 Administrative Staff

.

hyjin@kaist.ac.kr

042-350-7623(8081)

KAIST School of Electrical Engineering Bld. (E3-2) 6209

Beomseok Oh M.S. Candidates

Molecular dynamics

obs0412@kaist.ac.kr

042-350-7523

KAIST School of Electrical Engineering Bld. (E3-2) 6210