Maternal exposure to nanoparticles of titanium dioxide (TiO2) affects the expression of genes related to the central nervous system in developing mice. Researchers writing in BioMed Central's open access journal Part...
We could soon see the potential of laser technology expand dramatically. Ways to make lasers smaller are being discovered through collaborative efforts of researchers at Arizona State University and Technical University ...
A new class of economically viable solar power cells-cheap, flexible and easy to make-has come a step closer to reality as a result of recent work at the National Institute of Standards and Technology (NIST).
The tubes that power X-ray machines are shrinking, improving the clarity and detail of their Superman-like vision. A team of nanomaterial scientists, medical physicists, and cancer biologists at the University of North C...
Nanoparticles are being developed to perform a wide range of medical uses - imaging tumors, carrying drugs, delivering pulses of heat. Rather than settling for just one of these, researchers at the University of Washington have combined two nanoparticles in one tiny package.
Bacterial infection is a major health threat to patients with severe burns and other kinds of serious wounds such as traumatic bone fractures. Recent studies have identified an important new weapon for fighting infection...
With nanoparticulate functional materials and innovative printing pro-cesses, researchers from BASF SE, Heidelberger Druckmaschinen AG (Heidelberg) and Darmstadt Technical University are revolutionizing printing technolo...
At the International Conference on Magnetism today in Karlsruhe, Germany, IBM Fellow Stuart Parkin received the International Union of Pure and Applied Physics Magnetism award and the Louis Neel Medal for his pioneering work and fundamental contributions to the development of spintronic nano-materials and nano-devices for magnetic sensing, memory and logic devices.
Graphene is nature's thinnest elastic material and displays exceptional mechanical and electronic properties. Its one-atom thickness, planar geometry, high current-carrying capacity and thermal conductivity make it ideally suited for further miniaturizing electronics through ultra-small devices and components for semiconductor circuits and computers.
The Belgian nanoelectronics research institute IMEC starts with the expansion of its research labs with 2,800m2 including the extension of its state-of-the-art clean room at its Leuven campus. With this extension, IMEC will expand its research on sub-32nm CMOS, on low-cost and high-efficiency solar cells, and on biomedical electronics. IMEC also plans to build a new office building starting later this year.
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