New Technology– category –
-
Addressing AI Polymer Discovery Challenges: Blueprint for Autonomous Closed-Loop Ecosystem Devised
Asia Research News / JACS Au Unknown Overview A research team has identified six critical system-level challenges in AI-powered polymer discovery workflows and devised a blueprint for an autonomous closed-loop polymer discovery ecosystem... -
Columbia University Introduces New Benchmarks for Physics-Aware AI to Accelerate Materials Discovery
EurekAlert! / Columbia University School of Engineering and Applied Science USA Overview Researchers at Columbia University emphasize the importance of physics-aware AI in materials discovery and have introduced new benchmarks to evaluat... -
AI Becomes Central to Nanomaterials Discovery, Market Projected to Reach $2.77 Billion by 2030
nano-matter.com USA Overview AI is set to become central to nanomaterials discovery and development in 2026, with the AI-driven materials discovery market projected to hit $2.77 billion by 2030. This growth is exemplified by NREL's auton... -
Chromium Addition Reveals Trade-Off: Stronger Corrosion Shield, Softer Alloy in High-Entropy Metal
Bioengineer.org / Journal of Materials Science: Metallurgy Unknown Overview New open-access research has revealed a critical trade-off: adding chromium (Cr) to AlMoNbTi high-entropy alloy enhances its corrosion resistance but simultaneou... -
AutoXRD: Autonomous LLM Agents Proposed for Powder Diffraction Analysis, Enhancing Accuracy in Materials Science
arXiv (Materials Science) Unknown Overview A preprint by Yuetong Wu and Maojun Sun on arXiv proposes 'AutoXRD,' an autonomous LLM (Large Language Model) agent with a comprehensive evaluation method for powder X-ray diffraction (XRD) anal... -
Overcoming Transport Layer Bottlenecks for Ion Parameter Quantification in Perovskite Solar Cells, New Method Proposed
arXiv (Materials Science) Unknown Overview A preprint by Shudi Jiao et al. on arXiv proposes a novel approach to overcome transport layer bottlenecks in quantifying ionic parameters from transient ion current measurements of perovskite s... -
ACS Publications Announces Durable Urchin-like Micro/Nanostructured Hydrophobic and Corrosion-Resistant Coating for Cultural Heritage Protection
ACS Publications USA Overview Research published in ACS Publications describes a fluorinated coating strategy that forms urchin-like micro/nanostructures on bronze surfaces, providing a durable hydrophobic barrier and long-term corrosion... -
Novel Multifunctional CeO₂/U66@MXene Nanofiller Dramatically Enhances UV and Corrosion Resistance of Epoxy Coatings
European Coatings / Scienmag Germany Overview Researchers have developed a hierarchical CeO₂/U66@MXene nanofiller which, when incorporated into epoxy coatings, significantly improves both UV aging resistance and long-term corrosion prote... -
MIT Develops Injectable ‘HITMAN’ Nanoantennas for Drug-Resistant Glioblastoma, Significantly Suppressing Tumor Growth
MIT Media Lab / Science Advances USA Overview Researchers at MIT Media Lab have developed 'HITMAN,' injectable nanoantennas that specifically target and kill drug-resistant glioblastoma cells. These magnetically activated nanoantennas ge... -
MIT Demonstrates Electrochemical Method for Efficiently Producing Pure Hydrogen from Ammonia
MIT News USA Overview Researchers at MIT have demonstrated a novel electrochemical approach for efficiently extracting pure hydrogen gas from hydrogen-carrying molecules like ammonia. This technology significantly reduces the temperature...
