National Energy Research Scientific Computing Center 2004 Annual Report
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Table of Contents
- The Year in Perspective
- Advances in Computational Science
- Follow the energy: Simulations are unraveling the details of energy transfer in photosynthesis
- Behind the big flash: Calculations reveal new explanation of supernova explosions
- Creation of the whorled: Computations probe the subtle principles governing turbulence
- Particle physics, precisely: Improved algorithms and faster computers enable first high-precision calculations of hadron properties
- Best beam: Laser wakefield technology blazes path to compact particle accelerators
- They’re cool, but are they useful? Computation sheds light on new nanostructures
- Predicting plasma performance: Fusion simulations advance spheromak research
- Aerosol effects: Simulations show that tiny particles can influence climate
- What the Planck satellite will see: Simulating a map of the cosmic microwave background
- Seeing is understanding: Visualizations help scientists make sense of complex data
- Research News
- Accelerator Physics
- Applied Mathematics
- Astrophysics
- Chemical Sciences
- Climate Research
- Computer Science
- Fusion Energy
- High Energy Physics
- Materials Sciences
- Medical and Life Sciences
- Nuclear Physics
- NERSC Users Win Awards for Scientific Accomplishments
- The NERSC Center
- High Performance Systems for Large-Scale Science
- Comprehensive Scientific Support
- Secure Connectivity
- Advanced Development
- Appendix A: NERSC Policy Board
- Appendix B: NERSC Client Statistics
- Appendix C: NERSC Computational Review Panel
- Appendix D: NERSC Users Group Executive Committee
- Appendix E: Supercomputing Allocations Committee
- Appendix F: Office of Advanced Scientific Computing Research
- Appendix G: Advanced Scientific Computing Advisory Committee
- Appendix H: Organizational Acronyms