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by Supplier: University of California, Davis
Set between the Coast Range to the west and the towering Sierra Nevada to the east in the heart of the Central Valley, UC Davis is close to California’s thriving state capital and the San Francisco Bay Area UC Davis is one of 10 campuses of the University of California, which was chartered as a land grant college in 1868 and now constitutes the pre-eminent system of public higher education in the country. Together, the 10 campuses have an enrollment of some 173,000 students, 90 percent of them California residents. Some 150 laboratories, extension centers, research and field stations strengthen teaching and research while providing public service to California and the nation. The collections of the more than 100 UC campus libraries are surpassed in size in the United States only by that of the Library of Congress. The Davis campus has undergraduate colleges of Agricultural and Environmental Sciences, Engineering, and Letters and Science. Located off-campus are numerous laboratories, extension centers and facilities, including the UC Davis Medical Center in Sacramento, the Lake Tahoe Center for Environmental Research, the Veterinary Medicine Teaching and Research Center in Tulare, Bodega Marine Laboratory at Bodega Bay, the College of Engineering’s applied science department at Livermore and the UC Davis Washington Center in Washington, DC. UC Davis faculty ranks 16th in quality among comprehensive public universities nationwide, according to a multi-year study of US doctoral programs reported in 1995 by the National Research Council. Creative teaching and academic innovation are encouraged by several programs, including the $30,000 Prize for Teaching and Scholarly Achievement, believed to be the largest award of its kind in the US.
 | | Nanobridges show way to nano mass production | 08 April 2005 - University of California, Davis Nanotechnology, the ability to create and work with structures and materials on an atomic scale, holds the promise of extreme miniaturization for electronics, chemical sensors and medical devices. But while researchers have created tiny silicon wires and connected them together one at a time, these methods cannot easily be scaled up. |  |  | | Tiny nanocables could figure in toxin detection | 16 November 2004 - University of California, Davis Tiny nanocables, 1000 times smaller than a human hair, could become key parts of toxin detectors, miniaturised solar cells and powerful computer chips. The work is published online in the Journal of the American Chemical Society. |  |  | | Nanoscale chemical sensors | 23 August 2004 - University of California, Davis New types of chemical sensors for environmental monitoring, food safety or security applications could be based on nanotechnology. |  |  | | Aerogels: 'Solid smoke' may have many uses | 02 April 2004 - University of California, Davis It looks like glass and feels like solidified smoke, but the most interesting features of the new silica aerogels made by UC Davis and Lawrence Livermore National Laboratory researchers are too small to see or feel. Lighter than styrofoam, this strange material is riddled with pores just nanometers in size, leaving it 98 percent empty. |  |
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