Berkeley Engineering


FALL 2004



Contents


Dean's Message

Letters

In the News

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Clean energy generates jobs, Kammen team reports

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UC President Dynes visits Berkeley campus

> GSRC to share $29 million in semiconductor research funds
> Innovations: News of cutting-edge research
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New institute takes human approach to technology

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Newsmakers: Engineering faculty in the headlines

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Features

Student Spotlight

The Gift of Giving

Alumni Update

Class Notes


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Archives


Spring 2004

Fall 2003

Spring 2003

Fall 2002

Spring 2002

 




Construction begins on Molecular Foundry,
center for nanoscale research

Molecular foundry rendering
Artist’s rendering shows Lawrence Berkeley Lab’s Molecular Foundry, which will sit on the hillside above campus and house six labs focusing on inorganic nanostructures, nanofabrication, organic polymer/biopolymer synthesis, biological nanostructures, imaging and manipulation, and theory.
DRAWING COURTESY THE SMITHGROUP OF SAN FRANCISCO

Ground was broken early this year on the new Molecular Foundry, a centerpiece for Lawrence Berkeley National Lab’s Nanoscale Research Program, one of five such programs planned nationwide by the U.S. Department of Energy for research in nanoscale materials.

"Understanding the properties of materials on the tiniest scale will have an impact on everything from medicine to manufacturing," said Berkeley Lab Director Charles Shank. Nanoengineering involves researching both organic and inorganic compounds on a scale of billionths of a meter, or about 75,000 times smaller than the width of a human hair. Working with materials on the molecular scale yields novel properties that can be harnessed into new applications.

The six-story, $85-million, 94,500-square-foot research building will provide labs dedicated to the research, design, and synthesis of both 'soft' (biological and polymer) and 'hard' (inorganic and microfabricated) nanostructures and integrating them into complex systems. The facility and its program are designed to enable scientists from a wide range of disciplines worldwide to submit proposals and engage in research there. When completed in 2006, it will house more than 200 scientists and engineers from Berkeley and around the world.

Nanotechnology is expected to enable such techniques as detecting and treating disease on a cellular level, potentially alleviating harmful side effects; creating carbon nanotubes to improve transmission of electric power; and manufacturing smaller and more efficient materials for such devices as electronics and solar cells.


FOREFRONT takes you into the labs, classrooms, and lives of professors, students, and alumni for an intimate look at the innovative research, teaching, and campus life that define the College of Engineering at the University of California, Berkeley.

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