1. Next-Generation Semiconductor Devices and Thin Films: Pushing the limits of semiconductor technology through high-performance thin-film material research for future computing and AI.
2. Revolutionary EUV Photoresist Technology Development: Leading the future of lithography by developing next-generation EUV photoresists, crucial for ultra-fine semiconductor chip fabrication.
3. Advanced Energy Materials and Devices for a Sustainable Future: Developing sustainable energy solutions, including high-efficiency perovskite solar cells and Li/Na-ion secondary batteries, with AI-aided analysis.
4. Synchrotron Beamline Utilization and Advanced Analytical Techniques: Unlocking material secrets using cutting-edge synchrotron facilities and providing new scientific insights with AI-driven data analysis.