Together with colleagues from Korea, Dr. Frederik Wolff-Fabris from the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) has now developed and analyzed a material which possesses physical properties similar to graphene.
An international team of researchers has invented new artificial muscles strong enough to rotate objects a thousand times their own weight, but with the same flexibility of an elephant's trunk or octopus limbs.
The event, held on September 29-30 in Stockholm, was quite timely in view of the forthcoming calls for European projects, in particular the 7th EU Framework Programme in the fields of Health and Nanotechnology, with deadlines for proposal submission in November-December 2011.
NICNAS, the National Industrial Chemicals Notification and Assessment Scheme of the Australian Government regulator of industrial chemicals, commissioned a review and analysis available literature from 2007-2009 on six industrial nanomaterials, chosen as they were considered to already be in, or close to, commercial use in Australia.
Researchers of the Opto-electronic Materials section of the TU Delft and Toyota Europe have demonstrated that several mobile electrons can be produced by the absorption of a single light particle in films of coupled quantum dots. These multiple electrons can be harvested in solar cells with increased efficiency.
A research group led by ETH Zurich has now, for the first time, visualized the motion of electrons during a chemical reaction. The new findings in the experiment are of fundamental importance for photochemistry and could also assist the design of more efficient solar cells.
Researchers have developed a process that can increase the data recording density of hard disks to 3.3 Terabit/in2, six times the recording density of current models. The key ingredient in the much enhanced patterning method that he pioneered is sodium chloride, the chemical grade of regular table salt.
Researchers from the CNST and Arizona State University have demonstrated that the overall catalytic activity of nickel particles for the formation of carbon nanostructures is improved by the addition of a small amount of gold.