Conveners
Nuclear Structure 1
- Gerda Neyens (KU Leuven (BE))
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Maria Jose Garcia Borge (CERN)07/12/2016, 09:00
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Tomás Rodríguez (Universidad Autónoma de Madrid)07/12/2016, 09:10Invited
Despite the atomic nuclei are quantum many-body systems made of interacting protons and neutrons, their spectra can be in many cases described by simple geometrical models. The best framework to explain microscopically such a collective behavior is the self-consistent mean-field approach based on energy density functionals like Skyrme, Gogny or Relativistic Mean Field. These methods have been...
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Michael Block07/12/2016, 09:40Invited
Precision measurements of atomic properties by laser spectroscopy allow probing an element’s electronic structure. In addition, measurements of the hyperfine splitting and the isotope shift of spectral lines gives a handle to obtain nuclear properties such as spins and moments.
Despite significant progress in laser spectroscopy in recent years, no experimental data on atomic levels of...
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Andree Welker (Technische Universitaet Dresden (DE))07/12/2016, 10:10Submitted
ISOLTRAP [1] mass measurements of neutron rich copper isotopes are presented. $^{79}$Cu could be addressed by the first time using a Multi-Reflection Time-of-Flight Mass Spectrometer (MR-ToF MS) [2]. With only one proton above the $Z$ = 28 core, the binding energies of the copper isotopes are sensitive to the evolution of nuclear shell structure close to the doubly-magic $^{78}$Ni isotope....
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Anatoly Barzakh (Petersburg Nuclear Physics Institut (RU))07/12/2016, 10:30Submitted
Shape staggering, shape coexistence and beta-delayed fission in bismuth isotopes studied by in-source laser spectroscopy (IS608)
A. Barzakh
*Petersburg Nuclear Physics Institute, NRC Kurchatov Institute, 188300 Gatchina, Russia
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On behalf of Leuven-Gatchina-ISOLDE-Mainz-Manchester-York and Windmill-ISOLTRAP-RILIS...