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Future directions in scientific supercomputing for computational physics

机译:计算物理科学超级计算的未来方向

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nERSC, the National Energy Research Scientific Computing Center, is a leading scientific computing facility for unclassified research, and has had a significant impact on computational physics in the U.S. Here we will summarize the recent experience at NERSC, and present the four key elements of our strategic plan for the next five years. Significant changes are expected to happen in computational science during this period. Supercomputer centers worldwide must continue to enhance their successful role as centers that bridge the gap between advanced development in computer science and mathematics on one hand, and scientific research in the physical, chemical, biological, and earth sciences on the other. Implementing such a strategy will position NERSC and other centers in the U.S. to continue to enhance the scientific productivity of the computational physics community, and to be an indispensable tool for scientific discovery.
机译:国家能源研究科学计算中心nERSC是进行未分类研究的领先科学计算设施,对美国的计算物理学产生了重大影响。在这里,我们将总结NERSC的最新经验,并介绍我们的四个关键要素未来五年的战略计划。在此期间,预计计算机科学将发生重大变化。全世界的超级计算机中心必须继续发挥成功的作用,作为一方面弥合计算机科学和数学的先进发展与另一方面,物理,化学,生物和地球科学科学研究之间的鸿沟的中心。实施这样的策略将使NERSC和美国的其他中心定位于继续提高计算物理学界的科学生产力,并成为进行科学发现必不可少的工具。

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