NewsSafely Removing Nanoplastics from Water Using ‘Prussian Blue’by National Research Council of Science & TechnologyResearchers remove 99 percent of microplastics with flocculants alone by irradiating them with sunlight
NewsDeveloping New Materials to Accelerate the Arrival of ‘Air Taxis’by National Research Council of Science & TechnologyNew material offers significant improvement in bonding strength, tensile strength, and impact resistance
NewsRemoving Barriers to Commercialization of Magnesium Secondary Batteriesby National Research Council of Science & TechnologyResearchers increase the charge and discharge efficiency with magnesium metal chemical activation process
NewsThe Era of ‘Optical Computers’ Operated by Light Is Fast Approachingby National Research Council of Science & TechnologyLight-operated perovskite optoelectronic logic gates enable all five basic logic operations with one optical-logic gate
NewsWorld’s First Distortion-Free Stretchable Micro-LED Meta-Display Technologyby National Research Council of Science & TechnologyStretchable display can be transversely/longitudinally stretched up to 25 percent without distortion
NewsLow-Temperature DeNOx Catalyst for Reducing Ultrafine Particle Emissionby National Research Council of Science & TechnologyNew catalyst has increased durability compared to conventional commercial catalysts
NewsNew Tech That Can Produce CO Could Help Climate and Industryby National Research Council of Science & TechnologyCO2 conversion to valuable chemicals is one of the most promising strategies for mitigating the global climate crisis
NewsMaterials Advancement Accelerates the Realization of AI Technologyby National Research Council of Science & TechnologyKorea Institute of Materials Science develops core material for the next-generation neuromorphic semiconductor
NewsRapid, Reliable On-Site Drug Detection Using Wearable Sensorby National Research Council of Science & TechnologyResearchers in Korea develop an optical sensor material for drug detection in sweat
NewsSemiconductor Material Analysis Made Possible with AIby National Research Council of Science & TechnologyResearchers estimate Hamiltonian parameters in real time by inputting spin structure images obtained from an electron microscope