'Nuclear structure theory' diaporamas de présentation

Science of rare isotopes: connecting nuclei with the universe

Science of rare isotopes: connecting nuclei with the universe Rutgers University Colloquium, November 5, 2008. Two take-away messages: Nuclear scientists, experimentalists and theorists, are getting better and better at controlling short-lived nuclei, in particular those which are useful

769 views • 63 slides

Prelude Introduction Progress report Connections and relevance Computational strategy Perspectives

697 views • 57 slides

Prelude Introduction Progress report Connections and relevance Computational strategy Perspectives

572 views • 57 slides

Computing Atomic Nuclei Towards the microscopic nuclear energy density functional

Computing Atomic Nuclei Towards the microscopic nuclear energy density functional Witold Nazarewicz (UTK/ORNL/UWS) IOP Annual Nuclear Physics Group Conference, Liverpool, April 1-3, 2008. Introduction Theory: progress report The UNEDF project Computational strategy Perspectives.

362 views • 35 slides

Introduction Theory Roadmap Highlights Summary

The ultimate goal of the physics of nuclei is to develop a unified, predictive theory of nucleonic matter. Perspectives on Nuclear Structure Theory Witold Nazarewicz (Tennessee) ACS National Meeting Atlanta March 2006. Introduction Theory Roadmap Highlights Summary.

225 views • 22 slides

313 views • 21 slides

Electromagnetic Force

Gravitational Force. General Relativity. THE ATOMIC NUCLEUS: core of matter, fuel of stars. galaxy 10 21 m. The Physics of Nuclei involves many diverse phenomena at vastly different scales, from elementary entities to stellar objects. Atomic nucleus: Z protons, N neutrons

233 views • 14 slides