DARPA’s COUGAR hollow core optical fibers transmit light at 99.7 percent its speed in air, according to the agency. Credit: DARPA. Optical fibers typically consist of a transparent core surrounded…
Read MoreComparison of experimental results with simulated results to determine the thermal shock behavior of ceramic materials shows excellent agreement. Credit: Wiley Materials Views. (Editor’s note: This article was originally published in…
Read MoreIs a predisposition toward certain behaviors or occupations part of nature or nurture? That’s a question still being debated by social and behavioral scientists. This week’s cartoon, from the July 1955…
Read MoreDOE solicits FY2014 hydrogen and fuel cell proposals (pdf) The U.S. Department of Energy announced its initial Fiscal Year 2014 Small Business Innovation Research and Small Business Technology Transfer…
Read MoreResearchers from Uppsala University’s Nanotechnology and Functional Materials Division, Sweden, have developed a novel magnesium carbonate material with world record breaking surface area and water adsorption properties, according to this…
Read More[Editor’s note: this article originally appeared in Wiley Materials Views on July 3.] Highly ordered, vertically oriented titanium oxide nanotube arrays obtained by titanium anodization have attracted huge attention because of their…
Read MoreIluka Resources Ltd. expects to produce more zircon this year than previously forecast, as global demand for the mineral used for making ceramics increases. The Australian mining company lifted its…
Read More2013 Distinguished Life Members. Credit: ACerS. The American Ceramic Society is pleased to announce the selection of its three newest Distinguished Life Members. Katherine T. Faber, Ludwig J. Gauckler,…
Read MoreArtist’s rendering shows how the Fraunhofer IAO building in Stuttgart, Germany could be fitted with a colorful solar façade. Credit: Fraunhofer IOF. Until now, covering a building’s roof or façade…
Read More