Researchers belonging to the University of Limoges in France have demonstrated the possibility of creating three-dimensional silicon oxide nanodots on silicon films in the micrometric scale, within a couple of seconds. The nanodots are highly reproductive.
The President and Chief Executive Officer of Grafoid and Focus Metals, Gary Economo has declared that Grafoid has inked a Memorandum of Understanding (MOU) with Rutgers University Advanced Materials via Immiscible Polymer Processing (AMIPP) Advanced Polymer Center to co-develop graphene-based technologies for both non-polymer and polymer applications.
Industrial Nanotech, a provider of energy conserving solutions based on nanotechnology, has selected Beijing Woven Energy Efficiency Technologies as its exclusive distributor for its Nansulate thermal protective and insulation coating products in China.
Zhong Lin Wang, Regent’s Professor of the Georgia Institute of Technology has been awarded a 2011 Materials Research Society Medal for his technology innovations based on zinc oxide nanostructures on November 30 2011 at the society’s fall meeting conducted in Boston.
In order to study the toxic effects on skin by zinc oxide nanoparticles, the commonly used ingredient in sunscreen products, a team of researchers from Switzerland and Australia has devised an optical method to quantitatively examine the zinc oxide nanoparticle concentration level at various skin depths.
Researchers at the Juelich Research Center and the Technische Universitaet Muenchen have for the first time shown a transistor array based on graphene that can be used with live biological cells and can record the electrical signals generated by the cells, paving the way for studying the possibility of developing bioelectronics based on graphene.
Experts in the field of materials science, pharmaceutical science, chemistry and applied physics are coming together for a symposium conducted by the Harvard School of Applied Sciences (SEAS) and chemical company, BASF to discuss the use of nanotechnology in the pharmaceutical industry.
Maxwell Technologies has announced that Maxwell Technologies SA, its subsidiary in Switzerland, will incorporate and assess graphene-based electrodes fabricated through ‘ElectroGraph,’ a technology development program funded by the European Union.
A research team at the London Centre for Nanotechnology has for the first time found electronic stripes dubbed as ‘charge density waves,’ on the graphene sheet surface that produce a graphitic superconductor.
Researchers at the Nanyang Technological University (NTU) have discovered that nanoparticles of zinc oxide, a widely used chemical in consumer products, are capable of causing cancer.
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