KAISTPR

🌱 KAIST & Hanwha Solutions developed a bio-platform that converts waste glycerol into eco-friendly 1,3-PDO for plastics, textiles, and cosmetics 🧪 Successfully validated at 300L pilot scale and featured as a cover paper in Nature Chemical Engineering #Biotech #Sustainability

🔋 KAIST researchers directly observed the nanoscale breakdown mechanism of lithium metal batteries for the first time using real-time EC-AFM analysis. Published in ACS Energy Letters (Cover Article). doi.org/10.1021/acsene… #EV #Battery #LithiumMetal #KAIST

KAIST researchers developed a silicon-based Ising machine that solves complex optimization problems far faster than conventional computers—using standard CMOS processes, making it scalable and industry-ready. 🚀 #KAIST #Semiconductors #AI #Innovation

AI that knows when it doesn’t know 🤖KAIST researchers propose “warm-up” training with random noise to reduce overconfidence and improve reliability.Closer to truly trustworthy AI. #AI #MachineLearning

🍂 Turning fallen leaves into eco-friendly farm solutions Researchers at KAIST developed a biodegradable mulch film from leaf waste—reducing microplastics while improving soil moisture and crop growth A smart step toward sustainable agriculture #Sustainability #GreenChemistry

🤖🚀 AI, humanoid robots, and space rovers—all in one place! KAIST brings Play World to the 2026 Korea Science & Technology Festival. Join us in Daejeon (Apr 17–19) & Ilsan (Apr 24–26) 👉 Don’t miss your chance to experience the future!#KAIST #ScienceFestival #AI #Robotics

🚀 KAIST InnoCORE x Nobel Laureate David Baker AI-designed de novo proteins that selectively recognize small molecules—plus a functional cortisol biosensor! A big step toward AI-driven diagnostics, drug discovery, and environmental sensing. #KAIST #AI #ProteinDesign #Biotech

KAIST researchers developed an ultra-thin (0.94 mm) camera with a 140° field of view—no lens protrusion required.Inspired by insect vision, it combines multiple microlens images into one high-resolution shot, solving the size vs. performance trade-off. #KAIST #Innovation #Imaging

KAIST researchers used data science to analyze 14,000+ Joseon records 📊 They show early meritocracy gave way to elite family dominance—driving inequality and systemic decline over time. A powerful example of how data reveals the rise & fall of societies. #KAIST #DataScience

🚨 AI models can be stolen remotely. KAIST researchers showed GPU EM signals can reveal model architecture (up to 97.6% accuracy)—even through walls. Defenses proposed too. #AI #CyberSecurity

🧪 KAIST discovers how graphene oxide selectively kills bacteria—while remaining safe for human cells. Targets bacterial membranes , works against superbugs, and supports wound healing without inflammation. Already commercialized with 10M+ toothbrushes sold. #KAIST #Graphene

New aging breakthrough from KAIST! 🧬 Prof. Seung-Jae V. Lee’s team discovered that the enzyme RNASEK slows aging by clearing "circular RNA" clutter. Maintaining RNASEK levels extended lifespan in both roundworms & human cells. #KAIST #Longevity #RNA #Biology #Aging

KAIST unveils “SoulMate,” a 9.8mW on-device AI chip that learns your style, emotions, and preferences in real time (0.2s response). No cloud = full privacy. Highlighted at ISSCC 2026, commercialization is expected by 2027. AI is becoming your true digital companion.🤖💙#AI

The "Switch" to Drug Relapse Found! 🧠 Joint research by #KAIST & #UCSD (Prof. Se-Bum Paik & Byung Kook Lim) identifies PV neurons as the "Brake Gate" for addiction. Relapse isn't just brain decline—it’s a circuit imbalance that can be reset! 🚀 #Neuroscience #Addiction #Neuron

KAIST researchers developed GPCRact, an AI that predicts not only whether a drug binds to a protein but whether it actually activates it. By modeling allosteric signaling in GPCRs, it improves the accuracy and interpretability of AI-driven drug discovery. #AI #DrugDiscovery #GPCR

🔋 Researchers at KAIST & Korea University developed an intelligent interfacial layer that suppresses dendrites and enables 12-min fast charging in lithium-metal batteries ⚡ Supported by Hyundai Motor Company, advancing next-gen EV energy storage. #BatteryInnovation #EV

🎓 KAIST awarded an Honorary Doctorate in Business Administration to Ruey-Yu Wang of Formosa Group, recognizing her leadership in biotechnology, clean energy, and global academia-industry collaboration. 🌏 #KAIST #Leadership #Innovation

🎓 KAIST will celebrate 3,334 graduates at its 2026 Commencement, surpassing 84,000 alumni since 1971. From inclusive AI to aerospace and neuroscience, the Class of 2026 represents innovation, impact, and global leadership.✨#KAIST #Commencement2026 #ClassOf2026 #STEM #Innovation

Congrats to Prof. Kyung-Jin Lee, named KAISTian of the Year! 🏆 His "Quantum Spin Pumping" discovery is 10x more powerful than old theories and is set to revolutionize ultra-low-power memory. The future is quantum! ⚛️✨ #KAIST #Physics #Quantum #TechNews #Innovation

🚀 KAIST researchers developed R-DM, an AI model that understands chemical energy principles to predict molecular structures. By navigating energy landscapes with Riemannian geometry, it achieves 20× higher accuracy, near quantum-level precision. #AI #Chemistry #DrugDiscovery