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9. To be announced
9. To be announced
Jinhyun Kim
Distinguished Lecture Series of the Department of Energy Science(에너지과학과 석학강좌), Sungkyunkwan University(성균관대학교), Republic of Korea (Suwon), ##/##/2025 (Oral)
8. Opening the Future with Materials: A World Created by Advanced Materials(미래를 여는 재료: 신소재가 만드는 세상)
8. Opening the Future with Materials: A World Created by Advanced Materials(미래를 여는 재료: 신소재가 만드는 세상)
Jinhyun Kim
Special Lecture on Majors and Career Paths for High School Students in the Ulsan Region(울산지역 고교대상 전공·진로 특강), Bangeojin High School(방어진고등학교), Republic of Korea (Ulsan), 07/18/2025 (Oral)
7. Solar-driven biosynthesis fuelled by microplastics
7. Solar-driven biosynthesis fuelled by microplastics
Jinhyun Kim
2025 Summer Symposium of the Nano-Convergence Materials Division(2025 나노융합소재분과 하계 심포지엄), The Korean Institute of Metals and Materials(대한금속·재료학회), Republic of Korea (Gangneung), 06/30/2025 (Oral)
6. Researching High-Risk, High-Impact Innovation: My Experience with ARPA-E
6. Researching High-Risk, High-Impact Innovation: My Experience with ARPA-E
Jinhyun Kim
2025 ASTRA DAY, ASTRA Center from National Research Foundation of Korea(한계도전전략센터 - 한국연구재단), Republic of Korea (Seoul), 04/30/2025 (Oral)
4. Collaborative Catalysis for Solar Biosynthesis
4. Collaborative Catalysis for Solar Biosynthesis
Jinhyun Kim
Science Night Live (SNL), United States (Rm 775A, Tan Hall, UC Berkeley, CA), 02/03/2023 (Oral)
3. 2022 GIST Graduation Senior Meeting (Career)(2022 GIST 졸업 선배와의 만남(진로편))
3. 2022 GIST Graduation Senior Meeting (Career)(2022 GIST 졸업 선배와의 만남(진로편))
Jinhyun Kim
Gwangju Institute of Science and Technology (GIST), South Korea (GIST, Gwangju), 10/08/2022 (Oral)
2. Photochemical Regeneration of NADH Biomimetics for Biocatalyzed Asymmetric Hydrogenation
2. Photochemical Regeneration of NADH Biomimetics for Biocatalyzed Asymmetric Hydrogenation
Jinhyun Kim, Caroline E. Paul*, Chan Beum Park*
The 5th International Conference on Electronic Materials and Nanotechnology for Green Environment, The Korean Institute of Metals and Materials, South Korea (Jeju), 11/14/2018 (Poster) [Link]
1. Light-driven Nicotinamide Biomimetics Regeneration by Carbon Nanodot for Enzymatic C=C Bond Reduction
1. Light-driven Nicotinamide Biomimetics Regeneration by Carbon Nanodot for Enzymatic C=C Bond Reduction
Jinhyun Kim, Caroline E. Paul*, Chan Beum Park*
Gordon Research Conference on Renewable Energy: Solar Fuels (Storing Solar Energy in Chemical Bonds: From Theory and Catalysis to Devices and Engineering), Gordon Research Conferences, United States (Ventura, CA), 01/30/2018 (Poster) [Link]
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