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BERAC Charge
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BERAC Charge A recognized strength of the Office of Science, and BER is no exception, is the development of tools and technologies that enable science - from synchrotrons to genomic sequencing to nano centers. The [December 2010] BERAC report identifies technology needs that will be important for BER to achieve the scientific grand challenges outlined in the report. These ranged from the development of new observational technologies for biological systems, climate model integration, and energy sustainability to the application of advanced computational and analytical capabilities to characterize network
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BERAC Charge
A recognized strength of the Office of Science, and BER is no exception, is the development of tools and technologies that enable science - from synchrotrons to genomic sequencing to nano centers. The [December 2010] BERAC report identifies technology needs that will be important for BER to achieve the scientific grand challenges outlined in the report. These ranged from the development of new observational technologies for biological systems, climate model integration, and energy sustainability to the application of advanced computational and analytical capabilities to characterize network interactions.
BERAC ChargeI am now charging BERAC to:• Expand on the development and use of new tools that were only briefly
mentioned in the “long Term Vision” report;• Identify the development and use of new tools and their linkage to existing
or new user facilities;• Identify linkages between new tools and existing resources, new resources
and to diverse scales of time and space; • Expand on the concepts of virtual laboratories and collaborative tools,
including a discussion of how to facilitate these concepts and interactions.
I would like to receive a progress report on this charge at the Winter 2012 BERAC meeting and a final report at the Fall 2012 BERAC meeting.
Appropriation/ActivityFY 2011 Enacted FY 2012 Request
FY 2012 House Mark
FY 2012 Senate Mark
ScienceAdvanced Scientific Computing Research 423,800 465,600 427,093 441,619Basic Energy Sciences 1,687,959 1,985,000 1,688,145 1,693,860Biological and Environmental Research 614,670 717,900 547,075 621,823Fusion Energy Sciences 377,000 399,700 406,000 335,463High Energy Physics 797,500 797,200 797,200 780,200Nuclear Physics 545,600 605,300 552,000 550,114Workforce Development for Teachers and Scientists
22,645 35,600 17,849 20,000Science Laboratories Infrastructure 126,000 111,800 103,487 136,800Safeguards and Security 85,900 83,900 83,900 82,000Science Program Direction 202,926 216,863 180,000 180,786
Subtotal, Science 4,884,000 5,418,863 4,802,749 4,842,665Congressionally-directed projects
Total, Science 4,884,000 5,418,863 4,802,749 4,842,665
Appropriation/ActivityFY 2011 Enacted FY 2012 Request
FY 2012 House Mark
FY 2012 Senate Mark
ScienceAdvanced Scientific Computing Research 423,800 465,600 427,093 441,619Basic Energy Sciences 1,687,959 1,985,000 1,688,145 1,693,860Biological and Environmental Research 614,670 717,900 547,075 621,823Fusion Energy Sciences 377,000 399,700 406,000 335,463High Energy Physics 797,500 797,200 797,200 780,200Nuclear Physics 545,600 605,300 552,000 550,114Workforce Development for Teachers and Scientists
22,645 35,600 17,849 20,000Science Laboratories Infrastructure 126,000 111,800 103,487 136,800Safeguards and Security 85,900 83,900 83,900 82,000Science Program Direction 202,926 216,863 180,000 180,786
Subtotal, Science 4,884,000 5,418,863 4,802,749 4,842,665Congressionally-directed projects
Total, Science 4,884,000 5,418,863 4,802,749 4,842,665
