IBS Research Groups | UNIST
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Business Overview
Since its opening, UNIST has attracted three IBS (Researcher for Basic Science) campus Research Group, including Nobel Prize-level scholars
We have secured a world-class research team of over 178 researchers. Through this, UNIST
leads the creation and dissemination of creative knowledge, and
We are fostering excellent basic science Research personnel and are developing into a key hub for global basic science Research
Main Business Content
Artificial Intelligence and Robot-Based Synthesis Research Group
Website
We are developing a next-generation chemical synthesis process that can efficiently explore and discover new materials by integrating AI algorithms and robotics into chemical synthesis Research.
Through this, it is driving innovation in advanced industrial Field such as new drugs, catalysts, optoelectronic materials, and battery materials, and encompasses artificial intelligence, robotics, and chemistry
We are also focusing on fostering next-generation core talents based on convergence Research.
Research Director Bartosz Grzybowski
Professor at Northwestern University and Director of the Next Generation Energy Laboratory at the U.S. Department of Energy
2016 Feynman Prize Winner (2016 Foresight Institute Feynman Prize in Nanotechnology)
2022 FNP Prize (Foundation for Polish Science)
As of Feb. 2024, over 340 papers published (H-index: 80) and over 25,000 citations (8 in Science, 9 in Nature, 25 in Nature sister journals, etc.)
Multidimensional Carbon Materials Research Group
Website
We are leading the design, synthesis, and property Research of new carbon materials and carbon-based hybrid materials.
World-class researchers from various basic science Field, such as chemistry, physics, and materials science, participate in conducting creative and convergent Research,
We are contributing to the advancement of the future energy, electronics, and materials industries through the development of next-generation functional materials.
Rodney S. Ruoff, Research Director
Distinguished Professor at the University of Texas at Austin
2018 James McGrawy Award Winner
Selected as one of the top 1% of influential researchers in the world: Materials Science (2014–2023), Chemistry (2014–2021), Physics (2015–2018)
Over 580 papers published as of Feb. 2024
Possesses numerous patents, including those related to graphene synthesis using the CVD method.
Genome Homeostasis Research Group
Website
By conducting in-depth Research on DNA damage repair mechanisms and discovering new substances that affect genomic homeostasis
We are investigating its mechanism of action.
Through this, we can understand the causes of human diseases, including cancer, and the mechanisms of aging, and new scientific solutions for disease prevention and treatment
We aim to present
Kyungjae Myung, Research Director
Principal Researcher at the U.S. NIH (National Institutes of Health)
World-renowned scholar in the Field of DNA repair/genomic integrity
Published over 166 articles in top international journals including Science, Nature, and Cell
2017. Genetic Society of Korea Scholar of the Year
2014.Scientist of the year award from KSEA and KOFST
Approximately 240 papers published as of Feb. 2024
Content Department :
Research Planning Team
Last modified:
2026.02.24