The French-German Research Institute of Saint-Louis (ISL) associated within the network MICA (Materials Institute Carnot Alsace) to 8 Alsatian public laboratories and 7 so called CRITT / Regional Centres for Innovation and Technology Transfer) has been labelled CARNOT-Institute by the French Ministry of Research on 28 April 2011. This accreditation of its expert group for material sciences as Carnot Institute is an important step to the valorisation of ISL material research results.
The creation of a new quasiparticle called the "hybrid plasmon polariton" may throw open the doors to integrated photonic circuits and optical computing for the 21st century. Researchers with the U.S. Department of Energy (DOE)'s Lawrence Berkeley National Laboratory (Berkeley Lab) have demonstrated the first true nanoscale waveguides for next generation on-chip optical communication systems.
What would it take to make a manned mission to Mars a reality? A team of aeronautical and textile engineering students from North Carolina State University believe part of the solution may lie in advanced textile materials. The students joined forces to tackle life-support challenges that the aerospace industry has been grappling with for decades.
A new lightweight web service interface for accessing massive amounts of life science research data across multiple public and private domains has been developed by researchers at RIKEN, Japan's flagship research institute. Through the powerful RIKEN Scientists' Networking System (SciNetS), the service provides a secure, flexible and light weight interface to millions of data records and their network of semantic relationships, ushering in a new era of collaboration, analysis and information-sharing for life science research and applied innovation.
David Kaplan and his team at Tufts University haveused genetic engineering techniques to produce a new material that combines the biocompatibility and toughness of silk with the anti-bacterial properties of silver.
Phoenicians will return from the Memorial Day weekend to witness installation of the first "Cool Pavement" parking lot in central downtown Phoenix. This 90,000-square-foot temporary parking lot located between First, Second, Taylor and Polk Streets will now help cool the city this summer.
Independent developer Peter Burke today is pleased to announce iNanotube 1.1 for iOS, his new Education app that graphically instructs users about the detailed atomic structure of carbon nanotubes, a revolutionary class of wires only a few atoms across. Advanced 3D rendering algorithms provide detailed, animated renderings of the design and construction of carbon nanotubes, demonstrating and teaching the fundamentals of the atomic properties of these tiny wires.
The National Nanotechnology Center (NANOTEC) today announced it has entered into an Affiliation Agreement with the School of Pharmacy at West Virginia University, USA to explore collaborative research opportunities in areas related to pharmaceutical and health-related research initiatives.
Engineering structures on the smallest possible scales - using molecules and individual atoms as building blocks - is both physically and conceptually challenging. An interdisciplinary team of researchers at the University of Pennsylvania has now developed a method of computationally selecting the best of these blocks, drawing inspiration from the similar behavior of proteins in making biological structures.
A solar-powered sensor station to monitor in real time the concentration of gases that are key culprits in climate change and air pollution has been installed on a Queensland University of Technology Gardens Point roof as part of an international study on solar-powered environmental nano sensors.
Scientists were able to demonstrate how two remote atomic quantum systems can be prepared in a shared 'entangled' state. This means that one system is a single atom trapped in an optical resonator, and the other one is a Bose-Einstein condensate consisting of hundreds of thousands of ultracold atoms.
Empowered by a $1.2 million grant from the National Institutes of Health, Arizona State University scientist Wayne Frasch is deciphering how one of the world's smallest molecular motors works in living cells. In the process, he is also casting light on a physics puzzle that has perplexed scientists for more than 40 years.
Researchers demonstrate the world's thinnest polarizer, which relies on the coupling, guiding and polarizing of electromagnetic waves by graphene. They claim that this breakthrough will someday allow the integration on all-photonic circuits for high-speed optical communications.
Die bisherigen Standardtestverfahren fuer die Risikobewertung von Nanomaterialien sind ungenuegend. Zu diesem Ergebnis kommt eine Studie unter der Federfuehrung des Instituts fuer Umweltwissenschaften der Universitaet Koblenz-Landau.