SLAC Today is available online at:
http://today.slac.stanford.edu
In this issue:
Symmetry: New SLAC Director Grapples with Change
Safety Today: National Safety Council Offers Free Online CPR and AED Training
GLAST Launch Update
First LCLS Users Attend Workshop at SLAC
Tuesday - June 3, 2008 |
Symmetry: New SLAC Director Grapples with ChangeIn the most recent issue of Symmetry, released last week, Glennda Chui profiles Persis Drell. When Persis Drell became director of the Stanford Linear Accelerator Center last December, news accounts focused on her role as one of the first female directors of a U.S. national laboratory. But while taking note of that milestone, the high-energy physics community focused on a more pressing question: How would Drell guide SLAC through perhaps the most challenging time in its history? The lab had already called for voluntary layoffs, part of an effort to adjust the mix of skills in its workforce to the needs of future programs; 72 people responded. Then, just 11 days after Drell took over, Congress cut funding for high-energy physics, resulting in a 20 percent reduction in SLAC's high-energy physics budget for FY08. Drell led the SLAC management team in making the wrenching decision to lay off 119 more employees and to end operations of the B-factory, the lab's only on-site particle physics experiment, months earlier than planned. Read more in Symmetry... |
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National Safety Council Offers Free Online
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GLAST Launch Update
First LCLS Users Attend Workshop at SLACThis week, more than 50 prospective Linac Coherent Light Source (LCLS) users arrived at SLAC for a workshop focusing on the Atomic, Molecular and Optical (AMO) science instrument. The workshop was geared toward helping future LCLS users prepare proposals to conduct experiments once the LCLS and the AMO instrument comes online. The AMO instrument, which will be housed in the Near Experimental Hall, will be the first experimental LCLS endstation available to users. Scientists will use the AMO instrument to investigate how the simplest forms of matter—atoms, molecules and clusters of molecules—interact with the powerful X-ray pulses of the LCLS, and will yield clues to how such matter behaves on extremely fast timescales. |
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