Researchers at Brown University have pioneered a new technique that allows them to produce multilayered and multistructured 2-D semiconductor materials, which are particularly promising for the future of electronics, optical devices, and more.
Read MoreNew raw materials info repository, putting the squeeze on material interfaces, chameleon-like silicon thin film twists to change colors, and other materials stories that may be of interest for March 18, 2015.
Read MoreNew research from an international team of scientists suggests that natural glass spheres are born during another natural phenomenon—volcanic lightning.
Read MoreWith a highly technical wave of a wand, MIT researchers have, for the first time, fabricated multifunctional, multimaterial fibers that have a completely different composition than their starting materials.
Read MoreResearchers at the Queensland Micro- and Nanotechnology Centre (QMNC) at Griffith University (Australia) have shown that silicon carbide’s “superiority” in not-so-superior conditions make the compound a promising substitute for silicon semiconductors in devices with mechanical and electrical sensors.
Read MoreIf your work involves batteries or silicon, consider yourself among the members of the five hottest fields in scientific research.
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