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Implementation of complex three-dimensional structures Development of ultra-lightweight composite materials Professor Professor Ahn, Sung-Hoon's team, Published in Nature Communications
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Development of ‘intelligent artificial muscles’ that mimic biological muscles Professor Park, Yong-Lae's team develops
“World’s first realization of a liquid crystal elastomer–based artificial muscle that simultaneously integrates sensing and actuation
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APS Gallery of Soft Matter Award Professor Kim, Ho-Young's team, “Visualization of wrinkle patterns formed on the water surface by a cluster of water-swollen seeds
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Dynin-Omni: Next-Gen Multimodal AI Foundation Model Professor Jaeyoung Do's team Integrating ‘reading’ and ‘writing’ into one… overcoming the limitations of existing AI such as ChatGPT
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World’s first discovery of a new mechanism that improves the effectiveness of osteoporosis treatment Professor Sunghoon Kwon's team
Developed a laser-based cell separation device (SLACS) to identify the mechanism of osteoblast activation
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Slime robots from sci-fi movies become a reality Professor Kim, Ho-Young & Sun, Jeong Yun's team, Next-generation artificial muscles developed that can freely change shape and self-heal
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