University of California-Berkeley chemist Peidong Yang says he made "superlattice" nanowire, a strand less than 100 nanometers in diameter, by alternating segments of silicon and silicon germanium. Yang "grew" the wire like a crystal, adding blocks of each material in turn as the structure formed.
The result combines the best of both materials, and its composition can be customized for different functions. A nano-wire can precisely control electrical current, can emit light, can heat or cool a device, or even store information. And the tiny wires can serve as components for more complicated devices, allowing engineers to build smaller and smaller electronic and optical hardware. More Software Insights
White Papers
Webcasts
Reports
Videos
BP seeking Regional Desktop Coordinator in Houston, TX
Agilent Technologies seeking Marketing Manager in Melbourne, AU
Advancement Project seeking Junior Web Developer in Los Angeles, CA
Johns Hopkins Univ Carey Business School seeking Asst Dean for IS in Baltimore, MD
City of Westland seeking MIS Director in Westland, MI
For more great jobs, career-related news, features and services, please visit our Career Center.
The Greening of IT - Saving Resources Helps the Environment and Cuts Costs
Virtualization, energy-efficient storage and multifunction devices all contribute to a more eco-friendly infrastructure. Hereŭs how your business can get greener and save money at the same time.
read more 
NOTE: Offer valid for U.S., U.S. possessions, & Canada only