Kaist
Korean
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KAIST Develops Ruthenium Catalyst that Matches Platinum in Hydrogen Production
< Research team and schematic illustration of the atom-layer neighbor structure. Top row, from left: Research Professor Seongbeen Kim, Dr. Hyunwoo Jun, and Dr. Jihye Park of KAIST; and Dr. Sungjun Kim of KRICT. Bottom row, from left: Dr. Joonhee Moon of KBSI; Professor Jang Yong Lee
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KAIST Uses Wireless Neural Chip to Track Brain Changes in Real Time After Alzhei
< The research team. From left: Professor Kyung-In Jang, Ph.D. candidate Jieun Son, Postdoctoral Researcher Saehyuck Oh, and Postdoctoral Researcher Jeongdae Ha > What happens in the brain after an Alzheimer’s drug is administered? A joint research team led by
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KAIST Predicts the Lifetime of Blue OLEDs by Measuring How Their Light Responds
< A magneto-electroluminescence measurement setup and a blue phosphorescent OLED sample, shown with Professor Seunghyup Yoo (left) and Dr. Jeoungmin Ji (right). > Could a magnetic field be used to identify in advance which OLEDs will keep smartphone and TV screens br
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Breakthroughs(Vol.27) - Fall 2026
KAIST Breakthroughs Fall 2026 Vol.27 Biannual Engineering Research Webzine https://breakthroughs.kaist.ac.kr
Notice & News >

KAIST Develops Gravity-Independent Wearable Eyedrop Patch for Use in Space

KAIST Develops AI That Reconstructs Cloud-Covered Ground in Satellite Images wit

Same “Depressed” Body Movements, Opposite Brain Responses: KAIST Study Reveals D

KAIST Develops Transistor-Based Encryption That Controls When Information Can Be

KAIST Develops Vector Database Technology for Reliable Retrieval of Up-to-Date I

KAIST Controls Where 2D Semiconductor Crystals Begin to Grow, Addressing a Key C

KAIST Develops a Beetle-Inspired Soft Robot That Operates with Artificial Muscle

KAIST to Chart a Platform-FirstCourse for “Physical AI” Beyond Humanoids

