Kuckuck says farewell, receives praise at all employee meeting
Director Bob Kuckuck thanked the Laboratory work force for supporting him as director, at his final all-employee meeting on Tuesday.
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Wednesday, May 24, 2006 Kuckuck says farewell, receives praise at all employee meetingDirector Bob Kuckuck thanked the Laboratory work force for supporting him as director, at his final all-employee meeting on Tuesday.
Classified colloquium outlines Los Alamos' Reliable Replacement Warhead design
For the past year, Los Alamos and Lawrence Livermore national laboratories have been engaged in a competitive feasibility study to develop conceptual designs for a Reliable Replacement Warhead that would be deployed on ballistic missiles and would support existing military requirements.
Diversity Cinema screening looks at heroics of Japanese diplomat
The plight of Jewish refugees during World War II has been well documented. The extraordinary courage a Japanese diplomat played in aiding some of these refugees is the focus of a Diversity Cinema screening at 11:30 this morning at the Laboratory.
Transition is wrapping up
The Laboratory's Transition Web page will remain active even after June 1 when Los Alamos National Security, LLC assumes management and operations of the Laboratory.
PTLA training exercises today in the Pajarito area
The Laboratory and Protection Technology Los Alamos will be conducting several large-scale training exercises involving armed personnel using simulated weapons today in and around the Pajarito area.
TA-18 celebration is today
Former and current employees of the Laboratory's Pajarito Site (Technical Area 18) will gather today to celebrate 60 years of service to the nation at the site.
Veterans Committee Memorial Day breakfast is Thursday
The Laboratory's annual Memorial Day breakfast sponsored by the Veterans Committee is Thursday morning in the Otowi Building cafeteria at Technical Area 3. supercomputing
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A passion for what people can do
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Roadrunner, a new hybrid computer moves at petaflop/s speed
World's highest magnetic fields help understand materials
Monte Carlo code predicts subatomic particle interactions 