The New South Wales Government will hold a public inquiry into the pro and cons of nanotechnology, a field of science that involves matter so small it could cross the body's membranes and affect cells and tissue in the body.
Having funded $2 million total to support 27 high-risk, high-reward approaches to Parkinson's disease research in the first year of its Rapid Response Innovation Awards (RRIA) initiative, The Michael J. Fox Foundation today announced that it will commit $2 million to a second round of funding in 2008.
With a novel twist on existing techniques used to create porous crystals, University of Michigan researchers have developed a new, high-capacity material that may be useful in storing hydrogen, methane and carbon dioxide.
Physicists at the University of Rochester have combined an atom-chiller with a molecule trap, creating for the first time a device that can generate and trap huge numbers of elusive-yet-valuable ultracold polar molecules.
How can we use science to help solve the daunting catalogue of trans-border health, energy and quality-of-life challenges confronting our globalized, 'flattened' world? By developing scientific and technological techniques that transcend disciplinary boundaries, reflect diverse perspectives, and incorporate the contributions of traditionally underrepresented groups.
At today's IEEE International Electron Devices Meeting, IMEC reports significant progress in improving the performance of planar CMOS using hafnium-based high-k dielectrics and tantalum-carbide metal gates targeting the 32nm CMOS node.
Researchers have built and demonstrated an on-wafer liquid phase chromatograph, using sub-micron micromachining. Measurements show a 5- to 10-fold increase in speed of analysis and an improved separation capacity compared to state-of-the-art macroscopic chromatographs.
Physicists o investigated an unusual arrangement of three magnetic 'swirls' - so called magnetic vortices - in a thin magnetic film. Their experiments unravelled the dynamic core movements of these magnetic swirls for the first time.
Combining some traditional experimental methods of molecular biology with computational methods of artificial intelligence, a group of researchers from Croatia demonstrated a novel approach for producing 'protein fingerprints' of diverse tissues.