KAISTPR

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

🎉Congratulations to KAIST Distinguished Professor Sang Yup Lee on receiving the AIBN Translational Research Award at the University of Queensland! Honored for world-leading work in synthetic biology and metabolic engineering #TranslationalResearch #SyntheticBiology #KAIST

🚀 KAIST has officially opened KAIST Bio Square in Osong, a new hub for K-Bio innovation Bringing together biotech, AI & engineering, and partnering with SNUH, CNUH, KRIBB & more to advance aging research, medical devices & bio-startups 🌱🤖 #KAIST #KBio #AIBio #BioInnovation

KAIST researchers developed a reliability-aware AI that predicts battery cathode particle size and uncertainty—even with incomplete data. Validated on NCM811, it enables faster, smarter battery material design and supports next-gen & solid-state batteries.🔋🤖#KAIST#Battery#AI

🌍 Beyond U.S.–China AI dominance KAIST and global partners (Mila, Oxford, RWTH Aachen) propose a CERN-style multinational AI partnership so “AI bridge powers” can jointly develop frontier AI beyond U.S.–China dominance. #AI #GlobalAI #KAIST #AIPolicy #ResponsibleAI

🧠 Breakthrough in brain cancer research KAIST–Yonsei team reveals that IDH-mutant gliomas originate from glial progenitor cells in normal brain tissue, long before a tumor becomes visible—opening new paths for early diagnosis & recurrence prevention. #BrainCancer #Glioma #KAIST

🔋 KAIST-led team boosted all-solid-state battery performance without costly materials. Structural design of low-cost Zr-based solid electrolytes enabled 2–4× faster Li-ion transport, reaching practical conductivity. 📄 Nature Communications #BatteryTech #AllSolidStateBatteries

🚀 KAIST & POSTECH researchers developed ultra-fine 3D nanoprinting for vertical perovskite nanolasers, enabling high-density, high-efficiency optical chips for AI computing & quantum security. 🔗 doi.org/10.1021/acsnan… #Nanolasers #OpticalComputing #KAIST #POSTECH

KAIST researchers have developed a breakthrough "In Situ CAR-M" therapy! Instead of costly lab cultures, they use LNPs to reprogram immune cells inside the tumor into cancer-fighting CAR-Macrophages. 🚀 🔗 DOI: 10.1021/acsnano.5c09138#KAIST #CancerResearch #Biotech #Immunotherapy

🚀 KAIST introduces SpecEdge A new edge-assisted LLM serving framework that combines data center GPUs with everyday PCs & edge GPUs. Up to 67.6% lower cost per token 2.2× higher server throughput Works over standard internet NeurIPS Spotlight (Top 3.2%) #AI #EdgeComputing #

🚀 KAIST develops world-first AI for autonomous injection molding 🤖 Generative AI optimizes processes (1.63% error) 💬 LLM-based IM-Chat transfers expert know-how across languages A new paradigm for autonomous manufacturing AI. #ManufacturingAI #GenerativeAI #KAIST

🚀 KAIST–UEL develop an origami-inspired airless wheel for lunar exploration 🌕 The wheel expands (230→500 mm) to help small rovers navigate steep pits and lava tubes. 📄 Science Robotics #KAIST #LunarExploration #SpaceRobotics