Sound science and engineering occur at all stages of the research process—a fact evident in ACerS journals. See how ACerS promotes sound science throughout the research process in two recent articles published in two ACerS journals.
Read MoreTo engage non-engineers in the creation of robots, researchers at Cornell University created Blossom, an expressive and inexpensive robot platform that can be made from a kit and creatively outfitted with handcrafted materials.
Read More“Science for Potters” covers those aspects of science that are useful to potters and that help to give a deeper understanding of ceramic materials and processes. Save 30 percent when you order your copy by Thursday, May 16.
Read MoreA brick is more than just a small red clay building unit—it could be sand lime, concrete, or fly ash as well. Learn about some of the materials commonly used to create bricks, and find out how bricks could be built to better withstand extreme weather.
Read MoreThe National Academies of Sciences, Engineering, and Medicine is releasing its latest report, Frontiers of Materials Research: A Decadal Survey, on Thursday, February 28. You can register to attend the report release webinar, taking place 4–5 p.m. EST.
Read MoreJust in time for Black Friday, ACerS and Wiley have new books for your favorite materials scientists and ceramic and glass engineers. Visit the online bookstore, and ACerS members can take 35% off of all ACerS-Wiley titles.
Read MoreThough not a scientist, Stan Lee extensively used scientific-sounding reasoning in the creation of his characters. Take a closer look at some of Lee’s versions of science.
Read MoreACerS and Wiley are offering free access to 40 journal articles through December 31, 2018. Members always have free access, but if you are not a member, considering joining ACerS and take advantage of access to all four ACerS journals!
Read MoreWithout looking, do you know where each element lies on the periodic table? A chemical engineering professor just set a Guinness World Record for placing each element in its proper spot on the periodic table. Watch this time-lapse video to see how he did it.
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