Functional Materials– category –
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AI-Optimized Sustainable P3HB:ZnO Composite Piezoelectric Nanofibers Outperform PVDF:ZnO for Advanced Gait Monitoring Systems
Academic Journal Overview High-performance poly(3-hydroxybutyrate):zinc oxide (P3HB:ZnO) composite piezoelectric nanofibers have been developed using an AI-driven artificial neural network-genetic algorithm framework. This novel sustaina... -
Dual-Mode Thermoelectric-Piezoelectric Flexible Sensor Developed Using PEDOT/PSS-Coated 3D Spacer Fabric for Self-Powered Wearable Applications
ACS Publications USA Overview Researchers have developed a novel 3D flexible sensing unit by coating PEDOT/PSS onto PVDF spacer filaments within a warp-knitted spacer fabric. This dual-mode sensor uniquely combines both thermoelectric an... -
MIT Unveils Mathematical Framework for 3D Printing Bio-Inspired Adaptive Materials, Accelerating Soft Robotics and Morphing Aircraft Wing Design
MIT News | Massachusetts Institute of Technology USA Overview MIT researchers have developed a pioneering mathematical framework for designing bio-inspired adaptive materials, with direct applications in soft robotics and morphing aircra... -
Functional Materials Weekly Report August 16, 2026
▼ ▼ ▼ If the infographic makes you want to read the full report, please click the download button below. ▼ ▼ ▼ 📄 Weekly Report August 16, 2026 (PDF) — Download Weekly Report August 16, 2026 (PDF) — DownloadDownload 🎙 Podcast August 16, ... -
MIT Selected to Lead New NSF Materials Research Center, Securing $18 Million Over 6 Years for Key Research in Medical Imaging, Sustainable Production, Semiconductors, and Magnetic Materials
MIT News USA Overview MIT has been selected by the U.S. National Science Foundation (NSF) to lead a new Materials Science and Engineering Research Center (MRSEC). The center will receive $18 million over six years, focusing on research i... -
SLAC Researchers Observe Copper’s Surprising Melting Behavior at Extreme Temperatures in Real-Time via Electron Camera, Aiding Fusion-Resistant Material Development
SLAC National Accelerator Laboratory USA Overview Researchers at SLAC National Accelerator Laboratory have used an electron camera to observe the melting behavior of copper atoms at extreme temperatures in real-time, uncovering critical ... -
MIT Physicists Observe Coexisting Electronic Phases of Two Charge Density Waves in Erbium Tritelluride, Offering New Insights for Quantum Device Design
MIT News USA Overview Physicists at MIT have observed the real-time formation and rearrangement of novel electronic phases where two distinct charge density waves coexist in erbium tritelluride (ErTe3), a quantum material. This research ... -
Surface-Wave-Driven Metasurfaces Generate Custom Vector Light Fields, Contributing to Advanced Optical Device Miniaturization
Bioengineer.org International Overview Groundbreaking research reports that surface-wave-driven metasurfaces can generate custom vector light fields. This technology holds promise for the miniaturization of advanced optical devices, holo... -
ACS Langmuir Paper Reports Development of Dynamic Disulfide Bond-Functionalized Self-Healing Resin Coatings for Quartz Sand Surface Modification
ACS Publications - Langmuir USA Overview This paper reports on the development of dynamic disulfide bond-functionalized self-healing resin coatings for the surface modification of quartz sand. This innovative coating aims to enhance the ... -
Concordia University Develops Self-Healing Coating to Enhance Aircraft Engine Turbine Durability and Efficiency
Concordia University News Canada Overview Researchers at Concordia University have developed a new self-healing coating significantly improving the durability and efficiency of aircraft engine turbines. This technology focuses on underst...
