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Home Astronomy Research 2024 Radiative Opacity 2024 Neutrino Emission from Stars 2023 White Dwarfs & 12C(α,γ)16O 2023 MESA VI 2022 Earendel, A Highly Magnified Star 2022 Black Hole Mass Spectrum 2021 Skye Equation of State 2021 White Dwarf Pulsations & 22Ne Software Instruments AAS Journals 2024 AAS YouTube 2024 AAS Peer Review Workshops 2024 ASU Energy in Everyday Life 2024 MESA Classroom Outreach and Education Materials Other Stuff: Bicycle Adventures Illustrations Presentations Equation of State Stellar Neutrino Emission The MESA Project Stellar Neutrinos Low Energy Nuclear Astrophysics Celebration of Margaret Burbidge The MESA Project Rise of the Elements White Dwarf Cocktails Stars and Explosion Models High Energy Astrophysics Bonanza of Frontiers Four Vignettes Smashing White Dwarfs Unstable isotopes & Burning Customizing MESA's pgstar Hunting SNIa Progenitors Silicon ejecta from SNIa NucAstro & Astrobiology HIPACC SS EOS NNPSS Lectures Double degenerate SNIa Peak Luminosity of SNIa 26Al and 60Fe A Celebration of Willy Fowler Contact: F.X.Timmes my one page vitae, full vitae, research statement, and teaching statement. |
Nuclear Astrophysics Lectures The 2009 school continues the tradition of past NNPSSs The NNPSS is distinctively different from many other schools in that it provides lectures and activities that cover the entire field of contemporary nuclear physics, ranging from QCD and the structure of the nucleon, over the reactions and structure of nuclei, to astrophysics. Particular attention is being paid to fostering interactions between students and lecturers as well as among the students that tend to come from all areas of nuclear science. This not only helps to broaden the perspective of the new generation but also aids in the formation of a community spirit within the field. The school can accommodate 50 students typically within 1-2 years either side of earning a PhD.
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