KAIST
Advanced Institute of Science and Technology
📰 Recent Mentions
View Timeline →KAIST Researchers Develop Bio-Based Adhesives from Glucose, Reducing Petroleum Dependency
KAIST researchers have developed a bio-based adhesive alternative using E. coli to convert glucose into polymers, showcasing potential for various industries. This innovation could reduce…
RNA Delivery Mechanism Discovered by KAIST Researchers
A KAIST research team has discovered a mechanism by which a small chemical modification on RNA acts as a 'delivery tag' for neurons, guiding RNA…
Research Reveals Misleading Signals in Battery Ion Movement Due to Surface Irregularities
A KAIST research team discovered that uneven battery surfaces can create misleading signals about ion movement, potentially leading to misinterpretations in battery research. This finding…
Weak Hydrogen Bonds Surpass Copper in Stability, Paving New Paths for Metal Selection
A KAIST research team has discovered that weak hydrogen bonds can surpass copper in forming stable metal complexes, potentially impacting metal selection and catalyst design.…
Strategies for Developing the Industrial-Scale Microbial Food Industry
KAIST researchers have identified the necessary conditions for the success of the microbial food industry and proposed strategies for growth in the next-generation protein market.…
Concerns Over Killer Robot Development Lead to Sanctions Against South Korean University
Over 50 AI experts have sanctioned South Korea's KAIST for developing weaponized AI, emphasizing the need for human control over such technologies. The issue raises…