Javier Valiente Dobon
(INFN LNL, Italy)
21/05/2012, 09:30
Nuclear structure far from stability
Oral
The European project AGATA is the result of a combined effort of many different countries and institutions to serve the future needs of the challenging experiments at new radioactive ion beam facilities. The new concept of the gamma-ray tracking spectrometer AGATA bases its excellences in being capable of identifying the gamma interaction points (pulse shape analysis) and via software in...
Maurycy Rejmund
(GANIL, Caen Cedex, France)
21/05/2012, 10:00
Nuclear structure far from stability
Oral
In addition to new facilities producing more intense radioactive ion beams, the resurgence of “classical” techniques using stable beams with state of art detection systems offer hope towards uncovering new signatures of both single particle and collective motion. Transfer and fission reactions are two such processes that facilitate studies of the evolution of nuclear structure as a function of...
Ms
Corinne Louchart
(CEA Saclay, Service de Physique nucléaire)
21/05/2012, 10:30
Nuclear structure far from stability
Oral
The spectroscopy of exotic nuclei offers the opportunity to investigate the isospin dependence of the nuclear structure. The structure of N=40 nuclei away from stability is currently questioned [1]. Even though 68Ni shows signs of magic nucleus with a large first 2+ excitation energy and a small transition probability B(E2; 2+->0+), recent experiments point towards a rapid onset of...
Dr
Javier Menendez
(Technical University Darmstadt)
21/05/2012, 10:50
Nuclear structure far from stability
Oral
Three-body (3N) forces have been shown to be essential to the description of light nuclei. For instance, exact ab-initio methods such as no-core shell model (NCSM) or Green Function Monte Carlo (GFMC) need to include 3N forces in order to reproduce the spectra of light nuclei. Recent NCSM calculations showed that 3N forces are also needed to explain the beta-decay lifetime of 14C.
However,...
