Researchers at UC Merced received a three-year $1.3 million grant from the National Science Foundation to develop luminescent solar concentrators (LSCs) that use materials other than silicon as semiconductors.
Theresa M. Reineke, associate professor of chemistry in the College of Science, and colleagues in her lab at Virginia Tech and at the University of Cincinnati have developed a new molecule that can travel into cells, deliver genetic cargo, and packs a beacon so scientists can follow its movements in living systems.
High-energy heavy ion collisions, which are studied at RHIC in Brookhaven and soon at the LHC in Geneva, can be a source of light flashes of a few yoctoseconds duration - the time that light needs to traverse an atomic nucleus.
nanometis, ein vielversprechendes Ausgruendungsvorhaben des Biotechnologischen Zentrums an der Technischen Universitaet Dresden, praesentiert sich mit seiner Technologieplattform in diesem Jahr erstmalig auf der BIOTECHNICA in Hannover.
Scientists who developed a cornerstone in thinking behind quantum mechanics, the broad sweep of chaos theory or the expanding nature of the universe and dark energy could be rewarded for years of effort and research when the 2009 Nobel Prize in physics is announced Tuesday.
In an effort to build a nanoscale DNA sequencer, IBM scientists are drilling nano-sized holes in computer-like chips and passing DNA strands through them in order to read the information contained within their genetic code.
Electron microscopes cannot be used to image living cells because the electrons destroy the samples. Now, MIT assistant professor Mehmet Fatih Yanik and his student, William Putnam, propose a new scheme that can overcome this limitation by using a quantum mechanical measurement technique that allows electrons to sense objects remotely.
Using computer simulations, a team of University of Wisconsin-Madison researchers has identified some of the pathways through which single complementary strands of DNA interact and combine to form the double helix.
A UT Dallas researcher envisions a time soon when plastic sheets of solar cells are inexpensively stamped out in factories and then affixed to cell phones, laptops and other power-hungry mobile devices.