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Greg Hackman (TRIUMF)19/11/2009, 11:00At TRIUMF-ISAC, high-power isotope separation on-line (ISOL), surface and resonant ionization, and linear heavy-ion accelerator technology provide radioactive beams of high intensity and low emittance. ISAC is complemented by a suite experimental facillities for research in nuclear astrophysics, nuclear structure, fundamental interactions and symmetries, and condensed matter research. ...Go to contribution page
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Joakim Cederkall (University of Lund)19/11/2009, 11:30Recent experiments at REX-ISOLDE as well as at fragmentation facilities, such as GSI and MSU, show an increased collectivity in the first 2+ state of the light Sn isotopes as compared to predictions from large scale shell model calculations. In this presentation we'll review some of the results and discuss recent measurements for the light Cd isotopes in view of a potential need for a...Go to contribution page
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Alexandrina Petrovici (National Institute of Physics and Nuclear Engineering (IFIN-HH)-)19/11/2009, 12:00The investigation of shape coexistence phenomena dominating the structure of A= 60 - 90 nuclei requires the framework of beyond mean-field approaches. We use the {\it complex} Excited Vampir variational approach to describe self-consistently the properties of proton-rich nuclei in this mass region. We study dynamical aspects of exotic nuclear structure using realistic...Go to contribution page
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Nick Bree (Inst. voor Kern- en Stralingsfysica - Katholieke Universiteit Leuven)19/11/2009, 12:20Since a clear shape dissimilarity in the ground state of light odd-mass mercury isotopes was observed by means of isotope shift measurements [1], shape coexistence in this mass region has been an intensively studied phenomenon by means of in-beam spectroscopy and decay spectroscopy. For light even-mass mercury isotopes, it has been advocated that a prolate band at low excitation energy is...Go to contribution page
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