Young-Han Son
Affiliations: Korea University, Department of Artificial Intelligence.
Hafelekarspitze, Nordkette Alps🏔️
Innsbruck, Austria
Hello! I’m Young-Han Son, a PhD student in the Department of Artificial Intelligence at Korea University.
My research focuses on embedding physics into machine learning. In computational lithography, I embed optical physics, such as diffraction theory, into ML architectures for lithography modeling and mask optimization. In chemistry, I work on DFT-based models, mainly machine learning force fields (MLFFs) and, more recently, transition state estimation.
I also co-supervise projects in medical AI.
Outside of research, I’m a coffee lover ☕ — I enjoy AeroPress and hand-drip brewing, and love exploring a variety of coffee beans.
news
| Aug 08, 2026 | Our paper on Full-Chip Mask optimization has been accepted to ISOCC 2026! |
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| Feb 23, 2026 | Our paper on optical diffraction-based semiconductor lithography has been accepted to CVPR 2026! |
| May 01, 2025 | Our paper on offline molecular optimization has been accepted to ICML 2025! |
| Jun 19, 2024 | Our paper on multi-objective molecular optimization has been accepted to IJCAI 2024 as a long presentation! |
| Mar 26, 2024 | Our paper on molecular property prediction with multi-representation fusion transformer has been accepted to IEEE JBHI! |
selected publications
- CVPROptical Diffraction-based Convolution for Semiconductor LithographyProceedings of the Computer Vision and Pattern Recognition Conference (CVPR), 2026
- ICMLOffline Model-based Optimization for Real-World Molecular DiscoveryInternational Conference on Machine Learning (ICML), 2025
- IJCAI LongDynamic Many-Objective Molecular Optimization: Unfolding Complexity with Objective Decomposition and Progressive OptimizationInternational Joint Conference on Artificial Intelligence (IJCAI), 2024
- IEEE JBHIFTMMR: Fusion transformer for integrating multiple molecular representationsIEEE Journal of Biomedical and Health Informatics, 2024
- IEEE TSMCMARS: multiagent reinforcement learning for spatial—spectral and temporal feature selection in EEG-based BCIIEEE Transactions on Systems, Man, and Cybernetics: Systems, 2024