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Volume 3, Issue 6
August 2003


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In This Issue
A Less is More Approach to Protein Modeling

Thinking Locally, Experimenting Globally

Merging Micromachines and Microelectronics

Cooling Off Californiaís Energy Crisis

Berkeley Engineering History: Founding of CITRIS

Dean's Digest

Lab Notes Update

Your Turn

Archives 2003
2002
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Lab Notes, Research from the College of Engineering
Lab Notes comes to life at the Celebrating Engineering Excellence symposium on September 13! Come hear faculty members discuss their cutting-edge research in the interest of society and join us in honoring this year's distinguished alumni. Be sure to watch our multimedia video highlighting two of the presenters.

This month, Lab Notes highlights four of the presenters at the symposium: Professors David Culler, Teresa Head-Gordon, Tsu-Jae King, and Paul Wright. Professors Ken Goldberg and Alex Horne will also present at the event.

Thinking Locally, Experimenting Globally
Imagine you've arrived in Paris for a conference and you sit down at an Internet station in the hotel lobby. You're thousands of miles from your office in Berkeley, California, but your familiar computer desktop instantly bursts onto the screen. Any data you need is fetched instantly and your most processor-hungry applications run without a hitch. No fuss, no muss, and most impressively, no lag. Somehow, all of your data and computing power has followed you across the world.

Merging Micromachines and Microelectronics
Professor King
From gears that are dwarfed by dust mites to Berkeley's own micron-scale radio components, amazing micromachines are emerging from laboratories around the world. But in order for many of these tiny devices to become practical, they must merge with traditional silicon circuits. Leading the charge at Berkeley to integrate micro-electromechanical systems (MEMS) with silicon electronics is Electrical Engineering and Computer Sciences (EECS) professor Tsu-Jae King.


Cooling Off California's Energy Crisis
As the summer temperature in California rises, so does the risk of brown outs. This spike in demand combined with the stateís energy crisis mean higher utility bills for citizens. To dramatically cut the cost of keeping cool, UC Berkeley researchers are developing a consumption-aware, cost-saving technology combining "demand response" energy pricing with a network of tiny sensors and smart thermostats for the home.

Berkeley Engineers: Changing Our World

If You Can See This, You're Too Close
New developments about Berkeley's innovative brake light system for city buses.

Click for info: Berkeley in Silicon Valley



A Less is More Approach to Protein Modeling
In Teresa Head-Gordon's laboratory, an IBM supercomputer cranks out dreamlike visualizations that are reminiscent of artist Salvador Dali's surreal landscapes. But these stunning graphics are not eye-candy, they're precise representations of proteins, the building blocks of human life. Ultimately, the bioengineering professor's mind-boggling models could lead to cures for diseases like Parkinson's and Alzheimer's.

Berkeley Engineers: Changing Our World

2001: Founding of the Center for Information Technology Research in the Interest of Society (CITRIS)


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Lab Notes is published online by the Public Affairs Office of the UC Berkeley College of Engineering. The Lab Notes mission is to illuminate groundbreaking research underway today at the College of Engineering that will dramatically change our lives tomorrow.

Editor, Director of Public Affairs: Teresa Moore
Writer, Researcher: David Pescovitz
Designer: Michele Foley

Subscribe or send comments to the Engineering Public Affairs Office: lab-notes@coe.berkeley.edu.

© 2003 UC Regents. Updated 7/31/03.