Theoretical Nuclear Physics
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Professor George Rosensteel is a major contributor to the                  area of the application of symmetries and group theoretical                     techniques to nuclear structure physics.  He proposes to                        investigate the microscopic origin of nuclear collective modes                  by utilizing the symplectic, microscopic collective model,                      based upon the Sp(3,R) Lie algebra, and the theory of Riemann                   ellipsoids as theoretical tools.                                                     The goal of this project is to discover the fundamental                    microscopic physics underlying geometrical collective modes in                  nuclei.  This investigation will provide a better understanding                 of how shell considerations and nucleon pairing influence and                   modify the hydrodynamic behavior of nuclei, as assumed by Bohr                  and Mottelson in their collective model.
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[{'Code': '1245', 'Text': 'THEORETICAL PHYSICS'}, {'Code': '9120', 'Text': 'CROSS-DIRECTORATE PROGRAMS'}]
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