EURORIB'15

Since the successful commissioning of the new IGISOL-4 facility, Jyväskylä, in 2012-2013 [1], the past year has seen a move towards full operation and first experiments have been performed. The gradual evolution of the ion guide method for a universal production of both volatile and non-volatile elements has been driven by the pursuit of physics research on both sides of the valley of beta...

The study of beta-decay properties close to the doubly magic 78Ni has recently been spurred by the availability of new species at fragmentation and ISOL type facilities. The observation of faster-than-expected decay half-lives [1-3] and large neutron emission probabilities [4,5] suggests an important role of nuclear structure far away from stability. In order to understand the role of nuclear...

Very recent theoretical and experimental investigations [1,2,3] show the possible presence of exotic structures, such as molecular states or triangle configurations, in Beryllium and Carbon neutron-rich isotopes. These structures are characterized by very large deformation, with alpha clusters bounded by valence neutrons [1,3]. We studied the spectroscopy of 10Be and 16C nuclei by using...

Nuclear structure in the vicinity of neutron drip line offers a unique opportunity to study underlining residual nuclear interactions by isolating specific, rarely investigated parts of them, such as the three-nucleon forces and the neutron pairing interaction for shallow binding orbits. In this work single particle structures of near drip-line 19C and 23O nuclei, as probed via one-neutron...