Scientists at The University of Texas at Austin have developed an exciting new 3D printing method that blends soft and hard materials into one...
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Scientists have created a groundbreaking new material inspired by chainmail, and it could change the future of armor. A research team led by Northwestern University has developed the first-ever two-dimensional (2D) mechanically interlocked material. This unique material is incredibly strong and flexible, making it ideal for lightweight body armor, durable fabrics, and other high-performance applications. […]
Scientists at The University of Texas at Austin have developed an exciting new 3D printing method that blends soft and hard materials into one...
Scientists at The University of Texas at Austin have developed an exciting new 3D printing method that blends soft and hard materials into one...
Scientists in China have created a new kind of soft, stretchable foam that could transform how we track body movement, monitor health, and interact...
Scientists in China have created a new kind of soft, stretchable foam that could transform how we track body movement, monitor health, and interact...
New materials developed using machine learning and artificial intelligence could, among other things, keep your house cooler and reduce energy bills.
Scientists at Northeastern University have made a major breakthrough that could revolutionize how fast and powerful our electronic devices become. By...
Scientists at Northeastern University have made a major breakthrough that could revolutionize how fast and powerful our electronic devices become. By...
Scientists have created a groundbreaking metamaterial that breaks Kirchhoff's law by emitting 43% more mid-infrared radiation in one direction than it...
Imagine your phone or computer lasting much longer on a single charge, storing more data, and running more smoothly. Thanks to a new breakthrough from...
Imagine your phone or computer lasting much longer on a single charge, storing more data, and running more smoothly. Thanks to a new breakthrough from...