Functional Materials– category –
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GIST Unveils Soft Robot Material Capable of Distinguishing Self-Movement from External Touch
Science Robotics South Korea Overview Researchers at GIST have engineered a novel soft robot material that can accurately differentiate between internal deformation (self-movement) and external tactile stimuli. This innovation utilizes m... -
UT Austin Engineers Unveil 3D-Printable Biomaterial Mimicking Human Tissue, Revolutionizing Robotics, Medicine, and Critical Mineral Recovery
University of Texas at Austin USA Overview Researchers at the University of Texas at Austin have developed a novel 3D-printable, biocompatible material that closely replicates the structure and function of human tissue. This versatile an... -
World’s First All-Optical Photonic Time Crystal Reshapes Light at Picosecond Speeds, Promises Revolution in Ultrafast Computing & Telecoms
Nature International Overview An international research team has achieved a breakthrough, experimentally demonstrating the world's first all-optical photonic time crystal (PTC). Published in Nature, this novel material dynamically modula... -
LSU’s Fuel-Free Energy Breakthrough Achieves 50% Energy Conversion Efficiency from 10°C Temperature Difference, Rivaling Natural Gas Plants
EDI Weekly USA Overview Researchers at Louisiana State University (LSU) have developed a fuel-free method to generate electricity by exploiting temperature differences between two phase-changing materials with different electrical conduc... -
Dynamic Imine-Linked NIPU Vitrimers Exhibit Shape Memory, Self-Healing, and Enhanced Recyclability for Sustainable Polymers
Preprints.org Unknown Overview A preprint on Preprints.org reports the development of vitrimeric non-isocyanate polyurethanes (NIPUs) incorporating dynamic imine linkages. These materials demonstrate shape memory, self-healing capabiliti... -
Transcend Bets Big on Phase-Change Memory, Challenging Flash in Mission-Critical Industrial Compute
Transcend Taiwan Overview Transcend is aggressively integrating phase-change memory (PCM) into its industrial SSDs and DRAM modules, specifically targeting mission-critical energy automation. This strategic move capitalizes on PCM's supe... -
Heat-Transfer Fins Dramatically Boost Phase Change Material Efficiency, Unlocking New Opportunities in Electronics, Buildings, and Solar
Physics World Unknown Overview Physics World reports on research improving the heat transfer efficiency of phase change materials (PCMs) by incorporating heat-transfer fins. This innovation addresses the low sensible heat of PCMs, enhanc... -
Breakthrough in Electrocatalysis: High-Entropy Alloy Nanomaterials Excel in Multi-Electron Transfer Reactions
PMC Unknown Overview A recent review spotlights high-entropy alloy (HEA) nanomaterials as a transformative platform for electrocatalytic multi-electron transfer reactions. Their exceptional performance, driven by unique compositional com... -
Spatiotemporal Viscosity Gradients Drive Breakup and Arrested Relaxation in Non-Newtonian Drops: Simulations Reveal Key Mechanisms
ChemRxiv Unknown Overview This ChemRxiv preprint investigates how spatiotemporal viscosity gradients, particularly strong shear thinning, influence the breakup and relaxation of non-Newtonian drops. Utilizing axisymmetric, two-phase volu... -
DOE Funds AI-Based Material Design for Harsh Environments, Accelerating Gas Sensor Development with Machine Learning Models
Department of Energy USA Overview The U.S. Department of Energy (DOE) is funding projects to advance the AI innovation ecosystem, including one focused on AI-Based Screening and Design of Functional Materials for Harsh Environments. This...
