Recent developments (since the last review in J. of Physics G by I. Tanihata in 1996 [1]) at
RIB facilities opened possibilities of detailed studies of halo nuclei. New facilities have been …

The quantum mechanical three-body problem is studied for general short-range interactions.
We work in coordinate space to facilitate accurate computations of weakly bound and …

A review of the evidence on the properties of the nuclei A= 8, 9 and 10, with emphasis on
material leading to information about the structure of the A= 8, 9, 10 systems.

After giving a brief historical overview, we use simple few-body models to illustrate the basic
properties of halo states. Giant halos may exist in certain excited levels, although this is still …

Peripheral fragmentation of a 287 MeV/nucleon beam of the halo nucleus 11 Li incident on a
carbon target has been studied in a fragment-neutron coincidence experiment. The …

Break-up of secondary 11Li ion beams (280 MeV/nucleon) on C and Pb targets into 9Li and
neutrons is studied experimentally. Cross sections and neutron multiplicity distributions are …

The limits of nuclear stability have not been reached for most elements. Only for the lightest
elements are the minimum and maximum number of neutrons necessary to form an isotope …

Coupled channel calculations are performed for one neutron halo nuclei using a rotational
model for the core structure. A deformed Woods-Saxon potential is used for the neutron-core …

Abstract 11 Li and 6 He are described as three-body systems using different approaches.
We compare our technique, based on a density-dependent, cutoff, contact interaction …

Since the mid-1980s increasing effort has been put into light exotic nuclei, that is light nuclei
of unusual composition. The research of the exotic nuclei began with the advent of …