A multidisciplinary team at the Massachusetts Institute of Technology (MIT) has developed carbon nanotubes that can be used as sensors for cancer drugs and other DNA-damaging agents inside living cells.
Professor Sir Michael Pepper has been appointed to the Pender Chair of Nanoelectronics at UCL (University College of London) where he will work on joint projects between the Department of Electronic and Electrical Engineering and the London Centre for Nanotechnology.
The Institut de physique et de chimie des materiaux de Strasbourg inaugurated its new transmission electron microscope on January 9, 2009. This instrument, which will be devoted to studying matter at the atomic scale, is one of the best-performing in Europe.
The ability to stream videos online with the quality of high-end home theater systems, and to run computer programs a thousand times faster, are some of the future advances being made possible by a Penn State research team led by Tony Jun Huang, the James Henderson assistant professor of engineering science and mechanics.
Dr. Tim Wilkinson from the University of Cambridge Department of Engineering's Photonics Research Group has made an exciting breakthrough by combining liquid crystals with vertically grown carbon nanotubes to create a reconfigurable three-dimensional liquid crystal device structure.
An international team of researchers has developed a numerical modeling technique to study specific types of particles called excitons, which consist of a positively and a negatively charged electron and hole, respectively.
Scientists at the RIKEN Advanced Science Institute in Wako, and co-workers at the National Academy of Sciences of Ukraine (NASU), have shown for the first time that the Casimir force has a complex dependence on temperature.
The House Science and Technology Committee today introduced legislation that highlights the growing attention on Capitol Hill to the need to strengthen federal efforts to learn more about the potential environmental, health and safety (EHS) risks posed by engineered nanomaterials.
Ever since the 1966 Hollywood movie, doctors have imagined a real-life Fantastic Voyage a medical vehicle shrunk small enough to 'submarine' in and fix faulty cells in the body. Thanks to new research by Tel Aviv University scientists, that reality may be only three years away.
A handheld, ultra-portable device that can recognize and immediately report on a wide variety of environmental or medical compounds may eventually be possible, using a method that incorporates a mixture of biologically tagged nanowires onto integrated circuit chips, according to Penn State researchers.
After being the first to demonstrate the feasibility of such a device by constructing a prototype in 2006, a team of Duke University engineers has produced a new type of cloaking device, which is significantly more sophisticated at cloaking in a broad range of frequencies.