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Some 5,600 Ph.D. scientists work in the Department of Energy's three main weapons labs, says Victor H. Reis, a senior adviser in the Office of the Energy Secretary.
The total for the three is almost half that of the other 14 DOE labs combined, he adds. A few years back, Reis watched the labs develop a design for a new warhead, and he'd like to see lab scientists do the same thing for nuclear power.
The labs set up a sort of competition to develop the so-called reliable replacement warhead in which each of the two physics labs, Los Alamos National Laboratory and Lawrence Livermore National Laboratory (LLNL), developed their own design and critiqued each others' work. (Searching for more information? it's right here!)
Also from C&EN this week:
DOE weapons labs at a crossroad
Decision makers are split over what exactly the future of the weapons complex should be, but they all see a tipping point ahead. They are gearing up for a major debate on nuclear weapons and what shape a modernized nuclear weapons science and manufacturing complex should take. Much is at stake, including the future of some 37,000 weapons staff, 15,000 of them employed at three national labs. (It's all here!)
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He felt good about this budget year," said Udall during an interview from Washington Thursday evening. The laboratory's future looks bright, too, he said, explaining that strong science is needed in all of the challenges facing the world. (Want to know more?)
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G. Loren Toole and colleagues at the lab have found that efficiently using the power generated from a large, anticipated increase of wind or solar farms is helped by locating massive energy storage facilities in proximity to the transmission mega-hub. (Plug into the full story here!)
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A three-day conference sponsored by Sandia National Laboratory, with cosponsors including Los Alamos National Laboratory, the Santa Fe Institute and the Mind Research Network of Albuquerque, advanced an initiative for boosting a national program of neuroscience and cognition studies. (The whole story is here.)
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A product of the [Decade of the Mind] symposium will be a white paper that will explain why brain science is critical to national security, looking at brain injury and brain maladies, human-machine systems, training, and nonkinetic conflict.
Decade of the Mind cosponsors include the Krasnow Institute at George Mason University, Los Alamos National Laboratory, Santa Fe Institute, the University of New Mexico, MIND Research Network and the Potomac Institute for Policy Studies. (Wrap your mind around this!)
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Bingaman said the nominee's experience as a national laboratory director is a good sign for Los Alamos and Sandia national laboratories, with more than 20,000 employees in New Mexico. (Read the full story.)
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In Kumar Sridharan's laboratory on the University of Wisconsin-Madison engineering campus, just one ill-timed sneeze might have catapulted his next three years' worth of nuclear reactor materials research into oblivion.
A distinguished research professor of engineering physics, Sridharan and colleagues Yong Yang, Lizhen Tan and Kjetil Hildal spent summer 2008 preparing 500 smaller-than-a-sesame-seed samples for a unique study of how several traditional and cutting-edge materials fare in the harsh environment of a nuclear reactor.
Collaborators on the UW-Madison project also include the University of Michigan, Penn State University, University of California, Oak Ridge National Laboratory, Los Alamos National Laboratory, Westinghouse, Gamma Engineering, and the Japan Atomic Energy Agency. (Read the large-scale version of the story here.)
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