A team of researchers from the University of Arkansas and Nanjing University has developed a new experimental technique to control the strain or mechanical property of freestanding graphene sheets suspended over small square meshes of copper.
A research team headed by physicists from the University of Arizona has discovered that boron nitride, a non-conducting material but structurally identical with graphene, can control the flow of electrons in graphene.
Researchers from the University of Florida have found a way for large-scale production of graphene.
A team of scientists from the Ulsan National Institute of Science and Technology and Case Western Reserve University has developed a new technique to mass-produce superior quality graphene nanosheets at a lower cost by adding a small amount of dry ice to a simple industrial process.
Between April 10 and 13, 2012 the congress center Brussels44Center will host the 2nd European Conference and Exhibition on the Graphene technology GRAPHENE'2012, which will get together over 700 companies, universiti...
The Graphene 2012 program, the International Conference on Graphene, to be held in Brussels (Belgium), from April 10-13 is now online.
Internationally renowned speakers will present the latest trends in the field and...
Two materials engineers, Evan Reed and Mitchell Ong from the Stanford School of Engineering, have described a novel method of engineering piezoelectrics into graphene in the ACS Nano journal.
A research team from the University of California- Los Angeles (UCLA) has developed novel graphene-based electrodes with higher conductivity and surface area utilizing a typical LightScribe DVD optical drive.
Scientists from the Department of Energy's SLAC National Accelerator Laboratory in US and Stanford University have developed a system of "designer electrons". These are amazing variants of normal electrons having tunable properties from which novel devices and materials can be produced.
A research team comprising Kirill Bolotin, A.K.M. Newaz, Sokrates Pantelides, Bin Wang and Yevgeniy Puzyev from the Vanderbilt University has confirmed that charged impurities present in graphene are the source of interference, and slow down the electron flow through the nanomaterial-based devices.
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