Functional Materials– category –
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MIT’s 3D-Printed Triaxial Electrospray Emitters Streamline Drug Delivery Microparticle Production, Slash Costs
MIT News USA Overview MIT researchers have developed 3D-printed triaxial electrospray emitters to efficiently produce drug-delivery microparticles with controlled release and self-healing materials. These devices precisely deliver three ... -
European Researchers Develop ‘HealTech’ Self-Healing Composite Material with Integrated Sensors and Heating Elements for Spacecraft
European Space Agency (ESA) via European Supergrid Europe Overview A European research consortium has developed 'HealTech,' an innovative self-healing composite material for spacecraft structures. Swiss companies CompPair, CSEM, and Belg... -
MDPI Review Highlights Cellulose-Based Self-Healing Materials: Emphasizes Applications in Electronic Skin and Wound Management
MDPI Materials Switzerland Overview A review article published in MDPI Materials comprehensively evaluates recent advancements in cellulose-based self-healing materials. The paper analyzes fundamental chemical strategies, including extri... -
Scientists Discover Speed-Dependent Stiffening in Rice, Develop ‘Smart Material’ with Adaptive Rigidity for Impact Protection
ScienceDaily USA Overview Scientists have uncovered a peculiar property in rice where its strength changes depending on the compression speed, inspiring the development of a novel 'smart material.' This new granular metamaterial automati... -
Z-Polymers Unveils Ultra-Fine ‘Tullomer Fiber’ Offering Over 4x PEEK Strength and Superior Thermal Stability for Advanced Manufacturing
Plastics Technology USA Overview Boston-based Z-Polymers has introduced 'Tullomer fiber,' touted as the thinnest functional monofilament fiber in the U.S. This innovative fiber boasts over four times the mechanical strength of PEEK and e... -
Chinese Academy of Sciences Develops Self-Compensated Flexible Sensor for Simultaneous Gesture Recognition and Temperature Perception
Chinese Academy of Sciences (CAS) China Overview Researchers at the Chinese Academy of Sciences' Institute of Metal Research have developed an innovative flexible, dual-function, self-compensated sensor capable of simultaneous gesture re... -
3D-Printed High-Entropy Alloy Achieves Unprecedented 1.3 GPa Yield Strength and 14% Ductility, Surpassing Titanium Alloys
Department of Energy USA Overview Researchers at the U.S. Department of Energy have significantly enhanced the strength and ductility of 3D-printed high-entropy alloys (HEAs) using a novel laser-based additive manufacturing process. The ... -
Functional Materials Weekly Report May 7, 2026
📄 Weekly Report June 07, 2026 (PDF) — Download Weekly Report June 07, 2026 (PDF) — DownloadDownload 🎙 Podcast June 07, 2026 (MP3) — Play & Download FunctionalMaterialsEnglishPodcast_20260607.mp3Download -
UC San Diego Team Pioneers AI-Designed Metasurface with Deep Learning for Real-Time Distorted Light Correction, Enabling Sharper Imaging Across Disciplines
UC San Diego USA Overview A UC San Diego team has developed a compact optical device, designed with AI, and paired it with an AI-powered analysis system to correct distorted light for sharper imaging. This innovation, published in Nature... -
Ames Lab Explores AI to Break Rare Earth Magnet Monopoly, Accelerating Discovery of Cost-Effective, High-Performance Domestic Magnets
Rare Earth Exchanges USA Overview Ames National Laboratory is utilizing AI, combined with physics-based modeling and high-throughput simulations, to accelerate the discovery of rare-earth-free permanent magnets, aiming to reduce U.S. dep...
