Nanos to address Lab work force July 22
Interim Laboratory Director G. Peter Nanos will give a State of the Laboratory talk to the work force at 10:30 a.m., July 22.
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Friday, July 11, 2003Nanos to address Lab work force July 22Interim Laboratory Director G. Peter Nanos will give a State of the Laboratory talk to the work force at 10:30 a.m., July 22.
Assembly racks come down
A crane removes the top of an assembly rack at Technical Area 3 last month.
New security initiatives announced by NNSA
A new five-part initiative designed to reinforce current safeguards and security oversight and strengthen long-term security operations in the nuclear weapons complex was unveiled this week by the National Nuclear Security Administration.
Severe fire danger necessitates additional wildland access restrictions
Effective immediately, Laboratory managers have closed all Lab-controlled wilderness areas to all nonwork-related activities as a result of extreme fire danger, lingering severe drought conditions, pine beetle infestation and lack of available fire fighting resources.
NIF sets record for laser performance
The National Ignition Facility at Lawrence Livermore National Laboratory recently set a world record for laser performance when it produced 10,400 joules of ultraviolet laser light in a single laser beamline.
Northern New Mexico, woman-owned business receives $1.38 million contract
with Laboratory
"Obtaining a large contract is always a challenging experience, but we are finally here and my crew and I look forward to getting this job done," said Angela Sanchez-Pope. supercomputing
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Ark of a different sortHonored researcher supports South African AIDS programWhen Bette Korber won the coveted E. O. Lawrence award in 2004, she and her husband decided the right thing would be to give something back . . . 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