Functional Materials– category –
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AeroVironment Secures $20M Contract to Advance Ceramic Materials for U.S. Air Force and Space Force
AeroVironment USA Overview AeroVironment won a $20 million contract from the U.S. Air Force Research Laboratory (AFRL) to advance next-generation ceramic and ceramic matrix composite (CMC) materials. The 39-month agreement aims to accele... -
Bio-Inspired Nanostructures: Advancing Smart Materials for Brain Therapy and Sustainable Energy
NANOSFUN (UAB) スペイン Overview The NANOSFUN group pioneers the development of molecular nanostructures that mimic nature's responsiveness, creating 'smart' materials capable of reacting to external stimuli. Their dual focus includes na... -
IIT Jodhpur Scientists Atomically Engineer Borophene, Unlocking Potential for Next-Gen Energy and Sensors
Press Information Bureau India Overview Researchers at IIT Jodhpur's NanoSense Lab are redefining materials science by atomically designing advanced materials, focusing on borophene—one of the world's lightest and most promising 2D mater... -
Fujifilm to Unveil PFAS-Free PBO for Advanced Semiconductor Packaging at ECTC 2026
Business Wire Japan Overview Fujifilm announced it will present its latest advanced packaging research and showcase PFAS-free PBO (polybenzoxazole) materials from its ZEMATES™ product line at ECTC 2026. ZEMATES™ consists of photosensitiv... -
Megalibraries Spearhead Autonomous Materials Discovery, Outpacing Self-Driving Labs in High-Quality Data Generation for AI
Northwestern University (via News) USA Overview Northwestern University's Professor Chad Mirkin demonstrated that megalibraries, a high-throughput materials platform, are positioned to generate vast, high-quality data essential for AI-dr... -
Seoul National University Develops Integrated Artificial Muscle with Co-Located Actuation and Sensing
EurekAlert! / Seoul National University South Korea Overview A Seoul National University research team developed an intelligent artificial muscle integrating actuation and sensing within a single material system. This system incorporates... -
AI Enters Quantum Materials Lab, Autonomously Builds Graphene Transistor for Accelerated Discovery
AZoM USA Overview Researchers have introduced Qumus, an autonomous and physically embodied AI experimenter in quantum materials, combining generative AI with robotics to independently generate hypotheses, execute experiments, correct err... -
Interpretable AI Unlocks Fatigue and Self-Healing Mechanisms in Advanced Materials Research
Lab Manager USA Overview The MIRAGE project, a collaboration of US National Labs and USC, launched to deepen understanding of material fatigue and self-healing processes through interpretable AI and high-performance computing. This initi... -
Harvard Researchers Develop 3D Printing Method for Human-Like Robot Muscles with Tunable Helical Actuation
Futuro Prossimo USA Overview Harvard University researchers developed a novel 3D printing technology combining two flexible elastomers to create robot muscles mimicking human movement. The method co-prints liquid crystal elastomers (LCEs... -
AI Accelerates Scientific Discovery, Driving Autonomous Labs and Human-AI Collaboration
Stanford HAI USA Overview Stanford HAI's AI+Science conference discussed how AI is fundamentally transforming scientific discovery. While AI accelerates hypothesis generation, experimental design, and data analysis, some projects are adv...
