‘Corrosion-Resistant Electrolyte’ to Extend Lithium Metal Battery Life Presenting a new approach for innovation in performance of next-generation metal batteries

HYU Professor’s Team Develops Repeated Self-Healing Technology for ‘Smart Solar Cells’ That Repair Themselves Upon Damages Overcomes vulnerability to moisture and enhances stability

임희대 교수팀, 리튬 금속 전지 수명 늘리는 ‘부식 방지형 전해질’ 개발 차세대 금속 전지 성능 혁신을 위한 새로운 접근법 제시

고민재 교수팀, ‘손상에도 스스로 복구되는 스마트 태양전지’ 반복 자가치유 기술 개발 수분 취약성 극복하고 안정성 높여...

HYU Team Repurposes Mining By-product ‘Cobalt Sulfide’ as a Core Material for High-Performance Perovskite Solar Cells

Screen-Gate Based Analog Activation Transistor Developed — Anticipated AI Semiconductor Applications Realizing precisely controlled Sigmoid and Gaussian activation functions in a single device

Production of Electricity in Static Pure Water: HYU and KITECH Develops Highly Stretchable Fiber-Type Hydrovoltaic Cell

HYU Professor Develops Secure Reinforcement Learning Technology Based on Homomorphic Encryption

HYU Professors’ Research Team Develops ‘Spiciness Quantification Technology’ for the First Time in the World

Research Team at HYU Develops World's First ‘Crystallinity-Preserving Atomic Layer Etching’ Process for Ultrathin Oxide Semiconductors