Magnetic monopoles, entities with isolated north or south magnetic poles, weren't supposed to exist. If you try to saw a bar magnet in half, all you succeed in getting are two magnets, each with a south and north pole. In recent years, however, the existence of monopoles, at least in the form of 'quasiparticles' consisting of collective excitations among many atoms, has been predicted and demonstrated in the lab. Now Stephen Powell, a scientist at the Joint Quantum Institute, has sharpened the theoretical framework under which monopoles can operate.
With this interactive map tool, you can search for nanotechnology-related higher education and training programs, NNI Centers and User Facilities, as well as regional, state, and local initiatives in nanotechnology located throughout the U.S.
Scientists from Georgia State University and the Georgia Institute of Technology have found a new way to examine certain properties of electrons in graphene - a material that may hold the key to new technologies in computing and other fields.
Four projects have been funded by the European Commission within the seventh Framework Program with the purpose to develop appropriate fabrication and characterisation technologies for nanostructured metamaterials: NIM_NIL, NANOGOLD, MAGNONICS, and METACHEM.
Scientists have taken a quantum leap forward towards future computing after discovering that 'background interference' in quantum-level measurements, may be the very thing they need to unlock the potential of quantum computing.
Mit Halbleiter-Nanostrukturen haben Physiker einzelne Photonen elektrisch erzeugt und über einen Quantenkanal übertragen. Sie werten den Einsatz dieser Einzelphotonenquellen als weiteren Fortschritt für eine breitere Anwendung in der abhörsicheren Datenkommunikation.
A National Cheng Kung University (NCKU) research team has made a breakthrough in the regeneration of new blood vessels in cardiovascular therapy by using nanofibers and vascular endothelial growth factor (VEGF).
Scientists already know that the tiny hairs on geckos' toe pads enable them to cling, like Velcro, to vertical surfaces. Now, University of Akron researchers are unfolding clues to the reptiles' gripping power in wet conditions in order to create a synthetic adhesive that sticks when moist or on wet surfaces.
Researchers from the University of Pennsylvania, along with collaborators from Italy and Spain, have created a material that catalyzes the burning of methane 30 times better than do currently available catalysts.
Geckos are remarkable little creatures, clinging to almost any dry surface, and Alyssa Stark, from the University of Akron, USA, explains that they appear to be equally happy scampering through tropical rainforest canopies as they are in urban settings.