EURORIB'15

Light exotic nuclei often exhibit very unusual features, such as, for instance, halo structure (i.e., a matter distribution characterized by a core surrounded by a halo of rarified nuclear matter) and neutron skin structure (i.e., a thick concentration of neutrons in the region around the nuclear surface). Moreover, light Radioactive Ion Beams (RIBs) are generally very weakly-bound with...

Nucleon-nucleon pairing can occur in T=0 and T=1 isospin channels: particle-like pairing (n-n or p-p) which is quite well-known can occur only in the isovector channel, whereas neutron-proton pairing can be in both T=1 and T=0 channels. Isovector n-p pairing should be similar to particle-like pairing due to charge invariance but isoscalar n-p pairing is mostly unknown. The over-binding of N=Z...

Reactions induced by neutron halo nuclei have been intensively studied in the last years. The weakly bound neutron-halo structure can affect the dynamics of reactions at energies around the Coulomb barrier producing a significant reduction of the elastic scattering cross section with respect to the Rutherford prediction. This effect can be associated with couplings to breakup channels, since...

Isospin influence on the decay modes of systems produced in the 78,86Kr+40,48Ca reactions at 10AMeV B. Gnoffo2, S. Pirrone2, G. Politi1,2, M. La Commara3,4, J.P. Wieleczko5, E. De Filippo2, P. Russotto1,2, M. Vigilante3,4, G. Ademard11, F. Amorini6, L. Auditore7,8, C. Beck9, I. Berceanu10, E. Bonnet5, B. Borderie11, G. Cardella2, A. Chibihi5, M. Colonna6, A. D’Onofrio4,12, J. D. Frankland5,...