UC President Dynes plans to step down next year
University of California President Robert Dynes plans to step down as president by June 2008. Dynes was named UC's 18th president in October 2003.
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Tuesday, August 14, 2007 UC President Dynes plans to step down next yearUniversity of California President Robert Dynes plans to step down as president by June 2008. Dynes was named UC's 18th president in October 2003.
Scientific research on display at LANSCE
Donald Brown, right, of Structure and Property Relations, describes to Cherry Murray and John Birely his experiments on friction stir welding using the Spectrometer for Materials Research at Temperature and Stress, or SMARTS instrument at at the Los Alamos Neutron Science Center at Technical Area 53.
DOE hosts public hearing this evening on waste disposal options
A public meeting on a proposal by the Department of Energy to evaluate and possibly expand its waste disposal options for certain kinds of low-level radioactive waste is this evening in Los Alamos.
Lab Directed Research and Development town hall meeting August 22
The Laboratory Directed Research and Development Program office will host a town hall meeting on August 22 to discuss plans for fiscal year 2009. The meeting is scheduled for 2-5 p.m. in the Physics Building Auditorium.
Safety barriers to be strictly enforced
Due to current construction activities installing a utility corridor for the future Los Alamos Site Office, Lab employees walking or biking near the south end of the Wellness Center must be alert for the construction area. supercomputing
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Bird in the HandTool streamlines acquisition of avian flu field dataThis hand-held avian surveillance tool, developed by Torsten Staab of Chemical Diagnostics and Engineering, got the World Health Organization and National Institutes of Health very interested . . . Currents, the Laboratory's monthly employee magazine, is now available online.  |
Roadrunner, a new hybrid computer moves at petaflop/s speed
World's highest magnetic fields help scientists investigate materials
Monte Carlo code predicts subatomic particle interactions