2024年11月20日 · New materials, also known as advanced materials, refer to those recently developed or under development that exhibit superior performance compared to traditional materials. They encompass materials that are newly developed or in the process of research, demonstrating exceptional capabilities that outperform conventional materials.

2020年5月13日 · Scientists continue to invent advanced materials with highly specific properties that outperform existing materials and enable more innovative product designs. These include titanium fluoride phosphate, self-healing polymer gel, platinum-gold alloy, composite metal foam, spider silk, carbon-reinforced concrete, aerogel, and rare-earth alloys.

2023年11月29日 · Using materials from the Materials Project and insights on stability from GNoME, the autonomous lab created new recipes for crystal structures and successfully synthesized more than 41 new materials, opening up new …

2023年10月19日 · Materials scientists have created a glass nanolattice structure five times lighter and four times stronger than steel. They call the new material the strongest known for its given density.

2022年2月2日 · Using a novel polymerization process, MIT chemical engineers have created a new material that is stronger than steel and as light as plastic, and can be easily manufactured in large quantities. The new material is a two-dimensional polymer that self-assembles into sheets, unlike all other polymers, which form one-dimensional, spaghetti-like chains.

2025年1月31日 · The new nanomaterials, made using machine learning and a 3D printer, more than doubled the strength of existing designs.

2024年11月4日 · New Material 2025 signifies the next evolutionary step in materials development, driven by cutting-edge research and technology. These materials are distinguished by enhanced performance, durability, and sustainability.

3 天之前 · This video depicts the team’s double lattice structure. Credit: RMIT University. Results published in Composite Structures show with the same amount of material usage, the lattice is 13 times stiffer than existing auxetic materials, which are based on re-entrant honeycomb designs.. It can also absorb 10% more energy while maintaining its auxetic behavior with a 60% greater …

2 天之前 · As new designs and material compositions emerge, the demand for experimental automation and high-throughput testing frameworks will increase, enabling the rapid extraction of large data volumes ...

2025年1月16日 · Chainmail armor made from interlocked metal rings protected warriors for more than 1000 years. A pair of proof-of-concept papers out today in Science demonstrates that the same principle could allow material scientists to create and 3D print new types of flexible yet strong protective fabrics and even artificial muscles.