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Stewardship Science Academic Alliances: Difference between revisions

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|TopOrganization=Department of Energy
|TopOrganization=Department of Energy
|CreationLegislation=No specific legislation; part of broader DOE/NNSA initiatives
|CreationLegislation=No specific legislation; part of broader DOE/NNSA initiatives
|Purpose=The SSAA program supports academic research in fundamental science areas relevant to the U.S. nuclear weapons stockpile stewardship mission. It aims to foster scientific collaboration between academia and NNSA national laboratories, train the next generation of scientists, and maintain a strong external scientific peer community.
|Purpose=SSAA program funds academic research for nuclear stockpile stewardship, linking universities and NNSA labs to train scientists and boost peer review.
|Website=https://www.nnsa-ap.us/
|Website=https://www.nnsa-ap.us/
|ProgramStart=2002
|ProgramStart=2002
|InitialFunding=Not specified as part of a separate budget; included in broader NNSA R&D appropriations
|InitialFunding=Not specified as part of a separate budget; included in broader NNSA R&D appropriations
|Duration=Ongoing
|Duration=Ongoing
|Historic=false
|Historic=No
}}
}}
The '''Stewardship Science Academic Alliances''' (SSAA) supports academic research in fundamental science areas relevant to the U.S. nuclear weapons stockpile stewardship mission. It aims to foster scientific collaboration between academia and NNSA national laboratories, train the next generation of scientists, and maintain a strong external scientific peer community by funding research in areas like high energy density physics, material properties under extreme conditions, and nuclear science.
The '''Stewardship Science Academic Alliances''' (SSAA) supports academic research in fundamental science areas relevant to the U.S. nuclear weapons stockpile stewardship mission. It aims to foster scientific collaboration between academia and NNSA national laboratories, train the next generation of scientists, and maintain a strong external scientific peer community by funding research in areas like high energy density physics, material properties under extreme conditions, and nuclear science.