ICME Archives | The American Ceramic Society

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UMinn–NSF math institute to host Materials Genome workshop

By / August 2, 2012

The Institute for Mathematics and its Applications, located at the University of Minnesota and one of the eight NSF-sponsored Mathematical Sciences Institutes, will be holding what sounds like a really good multiday workshop on the Materials Genome Initiative Sept. 12-15, 2012. According to an IMA web page on the event, the goal of the workshop…

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Ceramics and glass business news of the week

By / November 4, 2011

Here’s what we are hearing (some information based on news releases): Sandia National Labs presents H.C. Starck with supplier award H.C. Starck was honored with the Oro “Gold” Award at the Annual Sandia National Laboratories Supplier Conference held Oct. 5, 2011 in Albuquerque, New Mexico. H.C. Starck was one of 15 manufacturing companies, out of…

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NSF releases more info on Materials Genome Initiative funding plans

By / October 28, 2011

NSF director Subra Suresh (above) reported during the MS&T11 plenary session that the next step in getting out information about MGI funding opportunities would come in the “Dear Colleague Letter.” Credit: P. Wray; ACerS. During last week’s plenary presentation at MS&T’11, NSF director Subra Suresh mentioned several times that additional information would be forthcoming in…

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Army looking for white papers related to ‘indestructible’ materials

By / August 23, 2011

The Army Research Office’s Synthesis and Processing program is seeking white papers on the topic of the creation of superior structural materials through creative combinations of 1) microstructure engineering in extreme yet precise conditions to obtain novel and far-from-equilibrium microstructures; 2) advanced microscopy, probes and other characterization tools; and 3) integrated computational materials engineering. Although somewhat with…

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Fujitsu demonstrates computational design of carbon nanotube and graphene nanodevice

By Eileen De Guire / August 17, 2011

Carbon nanotube and graphene electrode nanodevice. The electrical properties of a 1,000 atom nanodevice were calculated using first-principles computation methods. Credit: Fujitsu Laboratories press release. A key tenet of the Materials Genome Initiative for Global Competitiveness (pdf) is using computation to reduce the time for materials development by 75%, from 20 years to 5 years.…

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