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Zsolt Podolyak (University of Surrey)30/06/2011, 15:40Invited talkHigh-resolution gamma-ray spectroscopy used at radioactive beam facilities is a powerful method in the study of exotic nuclei. At GSI the RISING array (Rare Isotopes Spectroscopic INvestigation at GSI) was employed for several years to address a wide range of physical phenomena. RISING was used in different configurations. In the fast beam campaign the Ge detectors placed mainly in the...Go to contribution page
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Dr Yuichi Ichikawa (RIKEN Nishina Center)30/06/2011, 16:10Contribution talkThe nuclear spin alignment in an excited state results in anisotropy of angular distribution in Gamma-ray emission, which provides us a chance to measure nuclear observables through various spectroscopic techniques. Especially the time-differential perturbed angular distribution (TDPAD) method is one of the major techniques to determine a g-factor of an isomeric state with a lifetime of ns -...Go to contribution page
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Dr Hiroshi Watanabe (RIKEN)30/06/2011, 16:30Contribution talkShape transitional behavior of atomic nuclei has been one of the major subjects explored in both experimental and theoretical nuclear structure physics. Neutron-rich Z ≈ 40, A ≈ 110 nuclei are predicted to exhibit the phase transitions from prolate, via γ-soft, to oblate shapes with increasing number of neutrons. A major aim of the present research is the spectroscopic study of neutron-rich...Go to contribution page
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Dr Atsuko Odahara (Dep. of Phys. , Osaka Univ.)30/06/2011, 16:50Contribution talkLow-energy (around 5-10 MeV/u) RI beams for in-beam $\gamma$-ray spectroscopy is expected to be one of the effective tools to study high-spin states of nuclei in wider mass region. Although RI beams have a disadvantage in statistics by the low-beam intensity, RI beams have an advantage in significant S/N improvement, such as the selection of the largest cross section of fusion reaction and the...Go to contribution page
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