SLAC Today is
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In this issue:
Change a Light Pledge
Colloquium: How the Mind Tricks Us
International Linear Collider Design Advanced with MathWorks
LCLS Construction Site Is Strictly Off Limits
Friday - October 6, 2006 |
Change a Light PledgeOn October 4th, the Department of Energy (DOE) kicked off the Change a Light campaign in partnership with the U.S. Environmental Protection Agency. Each DOE employee is asked to save energy by replacing one or more incandescent bulbs in their home with ENERGY STAR qualified, compact fluorescent bulbs. Dr. Samuel W. Bodman, Secretary of Energy, Dr. Ray Orbach, Under Secretary for Science, and Dr. Jonathan Dorfan, our Director, request your full support for this energy-efficiency initiative, which will run through November 31. "This is everybody's opportunity to really do something to help the environment," said Greg Loew. "If every man, woman and child in California were to replace two of the 75 watt incandescent light bulbs we normally use every evening with these qualified compact fluorescent bulbs, this would reduce the power demand on our grid by close to 10% during those hours." The DOE has set up a website where pledges to replace incandescent bulbs with ENERGY STAR bulbs can be made. Read more... |
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How the Mind Tricks Us
In Monday's Colloquium, Stanford's Norna Robertson will give an introduction to the topic of gravitational wave detection and, in particular, review the status of the LIGO project, which is currently taking data. Robertson will also look to the future to consider planned improvements in sensitivity for such detectors, focusing on Advanced LIGO, the proposed upgrade to the LIGO project. All are invited to attend. International Linear Collider Design Advanced with MathWorks ToolsThe International Linear Collider (ILC) is expected to enable researchers and particle physicists to answer questions about the origins of mass, the existence of additional dimensions in the universe, and the nature of gravity. Comprised of two linear accelerators, each 20 kilometers long, the ILC accelerates beams of electrons and positrons toward each other to produce collision energies of up to 1,000 Giga-electron volts. To ensure the two beams are aligned, the ILC must be designed with extreme accuracy. Read more... |
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