Nuclear halos emerge as new degrees of freedom near the neutron and proton driplines.
They consist of a core and one or a few nucleons which spend most of their time in the …

Transfer reactions are a valuable tool to study the single-particle structure of nuclei. At
radioactive beam facilities transfer reactions have to be performed in inverse kinematics …

Background: The neutron-rich F 28, 29 isotopes have been recently studied via knockout
and interaction cross-section measurements. The two-neutron halo in F 29 has been linked …

We present an investigation of the structure of 13 Be obtained via a kinematically complete
measurement of the (p, pn) reaction in inverse kinematics at 265 MeV/nucleon. The relative …

In this work we investigate the two-neutron decay of 13 Li and of the excited states of 11 Li
populated via one-proton removal from 14 Be and 12 Be, respectively. A phenomenological …

With the development of radioactive beam facilities, studies concerning the shell evolution of
unstable nuclei have recently gained prominence. Intruder components, particularly s-wave …

The continuum structure of the unbound system 10 Li, inferred from the 9 Li (d, p) 10 Li
transfer reaction, is reexamined. Experimental data for this reaction, measured at two …

One-neutron removal (p, pn) reactions induced by two-neutron Borromean nuclei are
studied within a Transfer-to-the-Continuum (TC) reaction framework, which incorporates the …

Background: Since the first experimental observation, two-nucleon radioactivity has gained
renewed attention since the early 2000s. The Be 6 system is the lightest two-proton ground …

Background: Knockout reactions with proton targets provide an invaluable tool to access the
properties of two-neutron halo nuclei. Recently, experimental results for the average …