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| What's happening at the INT: |
:: Seminar Schedule
:: Conferences and Workshops
:: INT Special Seminars
:: UW Physics Dept. Seminars
INT News
:: Report on the INT for the Long Range Plan (Charlotte Elster)
:: Future Directions for Nuclear Theory
Funding Opportunities
| | The NSF program "Cyber-enabled Discovery and Innovation" offers funding
opportunities for innovations in computational nuclear theory,
particularly in collaboration with scientists from other disciplines. |
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Nuclear Interactions at Ultra-high Energy in Light of Recent Results from Auger (INT workshop Feb 20-22, 2008)
Reported by Larry McLerran May 12, 2008
The Auger cosmic ray experiment is designed to measure the properties of the highest
energy cosmic rays, up to 1021 eV, corresponding to a center of mass energy of
103 TeV. This is two orders of magnitude higher than the energy of pp collisions which will soon be measured in the CERN LHC experiments. Read more... |

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The Flip Side of Femtoscopy (A personal perspective)
Reported by Rick Casten February 29, 2008
By far, the most common approaches today to understanding the structure of atomic nuclei are femtoscopic, by which is meant approaches focused at the nucleonic level, whether these be ab initio calculations, no-core shell model methods, large-basis shell model calculations, perhaps using Monte Carlo techniques, density functional theory (DFT) methods, or similar approaches. Read more... |
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