Worth a look: ‘Rechargeable’ anti-microbial surfaces boost food safety A University of Massachusetts Amherst food scientist is developing a way to improve food safety by adding a thin anti-microbial layer…
Read MoreUltra-high temperature materials are required in hypersonic aerospace applications, such as NASA’s X-51A vehicle. Credit: NASA. Netzsch Instruments has announced that it is launching what I assume it hopes to…
Read MoreMathematical simulation of silicate glass. The International Commission on Glass has announced it is holding its third annual summer school event for new researchers in glass science and technology in…
Read MoreBecause several ACerS members are directly or indirectly involved with LED research and development, and because I am doing some remodeling at my house, I figured that now would be…
Read MoreAt the end of each week, I end up with a list of a bunch of stories I started to write about, or started to investigate or didn’t even get…
Read Morea) FESEM image of aligned ZnO nanorods. b) TEM image of a single nanorod. c) HRTEM image takenfrom the edge of the ZnO nanorod. Inset: Corresponding SAED pattern.(Credit: Nanowerk.com. Reprinted…
Read MoreResearchers use electron-beam lithography to microfabricate graphene devices. (Credit: University of Manchester, UK) Two University of Manchester researchers have been awarded this year’s Nobel Prize for Physics for their work…
Read MoreThe “seed effect” of nucleation in liquids is well known: When liquids come in contact with solids, the crystalline surface can induce layering of the adjacent atoms in the liquid…
Read MoreDan Arvizu, Director of the National Renewable Energy Lab, discusses the role of research and development in the age of renewable energy. Run time 1 hour.
Read More(via Rare Metals) The European Commission announced it is trying to assemble a joint effort by governments, nonprofits and businesses to develop the technologies to address climate change and a…
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