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2 de fev. de 2022 · MIT chemical engineers have developed a novel polymerization process that creates a two-dimensional polymer sheet, which is extremely strong, light and impermeable. The material could be used as a coating or a building material for various applications.
29 de nov. de 2023 · GNoME, a deep learning tool, predicts the stability of 2.2 million new crystals, including 380,000 that could power future technologies. The research team makes the predictions available to the scientific community and shows how AI can accelerate materials discovery.
29 de nov. de 2023 · A team of researchers from Google DeepMind and Berkeley Lab have developed an autonomous system that synthesizes new inorganic materials using AI-guided robots. The system, called the A-Lab, can make materials predicted by another AI system, GNoME, that explores millions of possible compounds.
- Mark Peplow
30 de jun. de 2021 · How computational techniques and big data can help discover new materials for various applications. Learn about the Materials Genome Initiative, FAIRmat and a project that used machine learning to find better catalysts for CO2 conversion.
- Neil Savage
- 2021
31 de jul. de 2023 · Researchers from UConn, Columbia, and Brookhaven have created a material with high strength and low density by structuring DNA and coating it in glass. The material, called glass nanolattice, has potential applications in vehicle manufacturing and body armor.
3 de fev. de 2022 · MIT researchers have developed a novel polymerization process that produces a two-dimensional polymer sheet with exceptional strength and lightness. The new material could be used for durable coatings, structural materials, or gas barriers.
Há 6 dias · MIT scientists discovered that when metal is struck by an object moving at a super high velocity, the heat makes the metal stronger. The finding could lead to new approaches to designing materials for extreme environments, such as shields that protect spacecraft or equipment for high-speed manufacturing.
