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Researchers develop a new biomaterial fabrication technique combining co-extrusion and 3D printing to produce scaffolds with nanoscale layers, improving cardiomyocyte growth and function.
Researchers have developed sustainable hydrogels that capture carbon dioxide effectively from the air. These hydrogels work well in humid conditions and offer a low-energy, scalable solution for carbon capture technologies.
Real-time, in-package pathogen detection technology could significantly reduce foodborne illnesses and waste, while improving efficiencies in the food supply chain.
Scientists are using near-infrared light to wirelessly power medical implants, aiming to reduce surgeries and enhance patient comfort.
Researchers develop novel technique combining top-down electron beam control with bottom-up atomic self-assembly, enabling major advancements in automated, reproducible atomic-scale manufacturing.
Discover the nanoscale science behind nature's vivid structural colors. This article unravels how nanostructures like photonic crystals manipulate light without pigments to generate colors in organisms. Learn how researchers apply these bioinspired designs to develop advanced optical technologies.
Researchers develop fully recyclable, self-healing soft robots made of a novel dynamic polymer, enabling rapid wireless reprogramming and reshaping into new functions. The material overcomes previous challenges in recyclability for sustainable soft robotics.
Researchers develop flexible health sensor with game-changing sensitivity. Integrating photoconductor and organic transistors enables exponential signal boost, allowing accurate continuous monitoring of heart rate, blood oxygen, blood pressure during normal daily activities.