New Technology– category –
-
Researchers Develop Dual-Autonomous Self-Healing Steel Coating with Urea-Modified Silica Sol, Establishing Long-Term Anti-Corrosion Performance for Marine and Industrial Settings
European Coatings Germany Overview Researchers have developed a dual-autonomous self-healing composite coating for steel, utilizing urea-functionalized polysiloxane silica sol (Urea-SI) grafted onto an acrylic resin backbone. This materi... -
Additive Manufacturing Trends for Thermoelectric Devices Unleash Complex Structures and Enhanced Power Density, Revolutionizing Waste Heat Recovery
ACS Publications USA Overview This study explores emerging trends in additive manufacturing (AM) for thermoelectric (TE) devices, focusing on materials, synthesis, and device fabrication. It highlights how AM enables the creation of comp... -
NIST Researchers Pioneer Laser-Whisking Technique for High-Entropy Alloys, Enhancing High-Temperature Performance and Enabling Reprogramming of Existing Metal 3D Printers
National Institute of Standards and Technology (NIST) USA Overview NIST researchers have discovered a novel laser-based method to mix high-entropy alloys (HEAs), which are typically difficult to combine. This technique, proven by mixing ... -
Forge Nano Scales Advanced Materials Manufacturing with Atomic Armor ALD Technology, Bridging Science and Commercial Production for Next-Gen Batteries, Semiconductors, and Electronics
TipRanks.com USA Overview Forge Nano emphasizes its Atomic Armor atomic layer deposition (ALD) technology as a key competitive driver for next-generation batteries, semiconductors, and advanced electronics manufacturing. The company focu... -
Frontiers in Chemistry Launches Special Issue: Call for Papers on Solid-State, Ionic, and Hybrid Thermoelectrics for Next-Gen Energy Conversion and Smart Cooling
Frontiers in Chemistry (Research Topic on ResearchGate) Switzerland Overview Frontiers in Chemistry has issued a call for papers focusing on advancing solid-state, ionic, and hybrid thermoelectric materials and devices for energy convers... -
LLMs Revolutionize Catalyst Design: ‘CarbonCat-LLMs’ Framework Accelerates High-Entropy Electrocatalyst Discovery via AI-Driven Literature Mining, Achieves State-of-the-Art Predictive Performance
ACS Publications USA Overview Researchers have developed CarbonCat-LLMs, a framework utilizing large language models (LLMs) to accelerate the rational design of carbon-supported high-entropy alloy (HEA) electrocatalysts for hydrogen evol... -
ORNL Develops Primer-Less, Self-Healing Sealant for Building Envelopes with ≥20 lb./inch Peel Strength, Reducing Energy Loss and Extending Longevity
Department of Energy USA Overview Oak Ridge National Laboratory (ORNL) is developing a primer-less, self-healing sealant for building envelopes designed to outperform current commercial technologies. This dynamic polymer incorporates hyd... -
From Baker’s Yeast to Bio-Buildings: Chalmers Unveils 3D-Printable Hydrogel for Sustainable Design
Global Construction Review スウェーデン Overview Engineers at Chalmers University of Technology have developed a novel 3D-printable, bio-based soft hydrogel, synthesizing it from baker's yeast, cellulose, alginate, glycerol, and water. T... -
Chitosan Microspheres Enable Smart Corrosion Warning Coatings that Visibly Signal Corrosion within 30 Seconds, Revolutionizing Predictive Maintenance
European Coatings Germany Overview Researchers have developed a smart corrosion-warning coating for steel using chitosan microspheres encapsulating phenolphthalein. This pH-responsive system visibly signals localized corrosion with a red... -
Ames Lab Pioneers AI-Driven Roadmap for Rare-Earth-Free Permanent Magnet Design, Accelerating Discovery and Strengthening US Supply Chain
Ames National Laboratory USA Overview Researchers at Ames National Laboratory are utilizing an AI-driven roadmap, combining fundamental physics, high-throughput simulations, and reasoning-based AI, to accelerate the discovery of material...
