Functional Materials– category –
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Spin-Orbit Torque MRAM Achieves Dramatically Enhanced Endurance via Improved Writing Technology, Accelerating Data Storage and Edge AI Device Evolution
Applied Physics Letters International Overview Next-generation MRAM (Magnetic Random Access Memory) utilizing spintronic materials has seen its spin-orbit torque (SOT) writing technology significantly improved, leading to a dramatic incr... -
High-Entropy Oxide Demonstrates Superior Performance as Catalyst for Green Hydrogen Production via Water Electrolysis, Poised to Replace Noble Metal Catalysts
ACS Catalysis International Overview A new High-Entropy Oxide (HEO) has been reported to exhibit superior performance as a catalyst for green hydrogen production via water electrolysis. This catalyst combines high stability with excellen... -
Temperature and pH-Responsive Self-Adaptive Hydrogel Enables Soft Robotic Artificial Muscles and High-Sensitivity Electronic Skin, Accelerating Medical and Bioengineering Applications
Cell Reports Physical Science International Overview Researchers have developed a hydrogel that self-adaptively changes its shape and properties in response to variations in temperature and pH. This innovative material shows promise for ... -
MIT Unveils Novel Acoustic Metamaterials, Capable of Significantly Reducing Urban Noise and Enabling Next-Gen Urban Infrastructure Noise Control
MIT News USA Overview MIT researchers have announced new acoustic metamaterials designed to solve urban noise problems. This innovative structure can effectively absorb or deflect sound waves at specific frequencies, holding significant ... -
Graphene-Enhanced Thermoelectric Material Achieves Efficient Industrial Waste Heat Conversion, Demonstrating Power Generation Efficiency Gains in Steel Mills and Chemical Plants
Advanced Energy Materials International Overview A new graphene-doped thermoelectric material has been developed, attracting attention for its ability to efficiently convert industrial waste heat into electricity. This material successfu... -
Cornell University Develops High-Efficiency Flexible Piezoelectric Energy Harvester Powered by Human Movement for Wearable Electronics
Cornell University News USA Overview Cornell University researchers have developed a high-efficiency flexible piezoelectric energy harvester that efficiently generates electricity from human body motion. This device, based on PVDF compos... -
3D-Printable Shape Memory Polymer Enables Custom Medical Implants, Revolutionizing Non-Invasive Surgery and Functional Recovery
bioRxiv International Overview A preprint study has introduced a 3D-printable shape memory polymer suitable for personalized medical implants. This innovative material can alter its shape in vivo in response to specific stimuli, holding ... -
AI-Driven Platform Discovers Novel Solid Electrolyte for All-Solid-State Batteries, Enhancing Next-Gen Battery Energy Density and Safety
Nature Energy International Overview An artificial intelligence (AI)-driven materials discovery platform has identified a new solid electrolyte for all-solid-state batteries. This electrolyte boasts high ionic conductivity and excellent ... -
Fraunhofer ISE Unveils Durable Superhydrophobic Self-Cleaning Coating to Sustain Solar Panel Efficiency Long-Term, Even in Desert Regions
Fraunhofer Institute for Solar Energy Systems Press Release Germany Overview Germany's Fraunhofer Institute for Solar Energy Systems (ISE) has announced a durable superhydrophobic self-cleaning coating designed to enhance solar panel eff... -
TDK Unveils Rare-Earth-Free High-Performance Permanent Magnet Prototype for EV Motors, Reducing Costs and Supply Chain Risks
TDK Corporation Press Release Japan Overview TDK Corporation has announced a prototype of a high-performance permanent magnet for electric vehicle (EV) motors that does not use rare-earth elements. This new magnet, based on an improved M...
