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BASIC Innovators Series

Innovation matters. As the late great scientist Stephen Jay Gould showed in his studies of evolution, being at the forefront and establishing a niche is a key to competitiveness. The San Francisco Bay Area has earned a vaunted reputation for being one of the nation’s regional leaders in technological innovation. It is home to five national scientific laboratories and a host of other federal and non-profit research facilities, some of the country’s finest research universities and top private industry R&D firms, and a plethora of cutting-edge start-up technology companies. This abundance of R&D capabilities, in combination with a proud history of intellectual openness and pioneering spirit, has drawn many of the nation’s brightest minds and scientific talent.

Bay Area scientists and engineers are striving to uphold the region’s reputation for technological innovation by serving at the vanguard of exciting new research in a wide range of fields, including biology, advanced materials, energy and computation. Breakthroughs in any of these fields hold forth the promise of a bright and prosperous future for the region, the State of California, and our nation as a whole. In the BASIC Innovators Series, key Bay Area innovative thinkers share their thoughts on the science today that will lead to the technology tomorrow.

Interviews of Regional Innovators

BASIC is conducting an ongoing series of interviews in which key innovative thinkers share their thoughts on the science today that will lead to the technology of tomorrow.

Issue Number 2 in the BASIC Innovators Series features an interview with Steven Chu, Director of the Lawrence Berkeley National Laboratory, and winner of a Nobel Prize in Physics in 1997 for the development of methods to cool and trap atoms with laser light.

Issue Number 1 in Innovators Series features interviews with BASIC Chairman Emeritus Robert J. T. Morris, Vice President, Services Research, IBM, and BASIC Chairman Regis B. Kelly, Executive Director, California Institute for Quantitative Biosciences (QB3).


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Science and Innovation


Scientists at HP Labs in Palo Alto, California, have produced an array of parallel dysprosium disilicide conductive wires about 10 atoms wide separated by a space about 50 atoms wide. The wires are on a silicon surface as shown in this scanning tunneling microscope image.



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