May 2026– date –
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KIMM Develops Wearable Fabric Robot with SMA Smart Threads, Boosting User Strength by 40%
Futuro Prossimo South Korea Overview A research team at KIMM (Korea Institute of Machinery & Materials) developed 'smart threads' from coiled 25-micrometer shape memory alloy (SMA) wires, mimicking biological muscle fibers. Wearable ... -
Collapsible vs. Rigid Robotic End-Effectors: Smart Materials Revolutionize Compact Space Operations
PatSnap Eureka International Overview This article compares collapsible and rigid robotic end-effectors for compact spaces, highlighting how smart materials like shape memory alloys (SMAs) and advanced polymer composites have significant... -
Water-Soluble POSS Enables Multiscale-Reinforced, VOC-Free Waterborne Coatings via Concurrent Coalescence and Crosslinking
ChemRxiv International Overview This preprint reports that water-soluble amine-functionalized polyhedral oligomeric silsesquioxane (NPOSS) facilitates concurrent coalescence and crosslinking in epoxy-functionalized core-shell microsphere... -
Dual-Ion Substitutions in SnS2 Induce Ultralow Thermal Conductivity through Lattice Softening and Anion Dimerization
ACS Publications USA Overview A first-principles study revealed that dual-ion substitutions in SnS2 lead to lattice softening and anion dimerization, resulting in ultralow thermal conductivity. This phenomenon primarily stems from increa... -
Harbin Engineering University Advances Underwater Robotic End-Effectors with Soft Robotics and Smart Materials
PatSnap Eureka (Harbin Engineering University) China Overview Research from Harbin Engineering University focuses on soft robotics for underwater manipulation, utilizing flexible materials and pneumatic actuation. Their end-effectors inc... -
Unfrustrated Self-Morphing: New 3D Director Fields Enable Stress-Free Deformation in Bulk Liquid Crystal Elastomers
arXiv International Overview This arXiv preprint investigates a family of 3D director fields that enable self-morphing in bulk liquid crystal elastomers (LCEs) without geometric frustration. Extending prior research on thin LCE sheets, t... -
Argonne National Laboratory to Lead $2.8M Project for Accelerated Catalyst Discovery via AI and Autonomous Labs
Argonne National Laboratory USA Overview Argonne National Laboratory secured $2.77 million from ARPA-E to lead the Accelerated Catalyst Design Foundry (ACDF) project. ACDF aims to shorten industrial catalyst discovery and commercializati... -
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...
