Attracting, inspiring, and training the next generation of ceramic and glass professionals starts with getting students engaged. At ACerS, that means getting students involved with the Society on the local, national, and international levels early and often.
Read MoreA working group of 30-plus academic and business leaders organized by the New York Stem Cell Foundation has put forth seven strategies to address financial support, psychological and cultural issues, and collaborative and international initiatives they believe will advance women in an often imbalanced STEM landscape.
Read MoreThe Bloodhound Project hopes its new supersonic rocket-powered car will obliterate the world record by rocketing to 1,000 mph.
Read MoreOver the next weeks, we’ll preview a handful of the 150-plus manufacturers and suppliers who have signed on for the first Ceramics Expo. Today, we turn the pre-show spotlight to Harrop Industries.
Read MoreOver the next weeks, we’ll preview a handful of the 150-plus manufacturers and suppliers who have signed on for the first Ceramics Expo. Today, we turn the pre-show spotlight to Mo-Sci Corporation.
Read MoreThe National Institute of Standards and Technology recently reaffirmed its commitment to small- and mid-sized manufacturers through the awarding of cooperative agreements to 10 nonprofit organizations and universities who oversee Hollings Manufacturing Extension Partnership centers.
Read MoreOver the next weeks leading up the expo and conference, we will preview a handful of the 150-plus manufacturers and suppliers who have signed on for the first Ceramics Expo. Today, we turn the pre-show spotlight to Morgan Advanced Materials.
Read MoreCorning’s innovators have developed a new ceramic substrate, Flora, with an “optimized material microstructure” that is designed to decrease cold-start automobile emissions.
Read MoreThanks to a multi-million-dollar infusion of funding from the National Science Foundation, materials and materials research centers are having one of their best months ever.
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.
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