Correlation Effects on the Charge Radii of Exotic Nuclei

Abstract

The structures and distributions of light nuclei are investigated within a microscopic correlation model. Two particle correlations are responsible for the scattering of model particles either to low momentum- or to high momentum-states. The low momentum states form the model space while the high momentum states are used to calculate the G-matrix. The three and higher order particle correlations do not play a role in the latter calculation especially if the correlations induced by the scattering operator are of sufficient short range. They modify however, via the long tail of the nuclear potential, the Slater determinant of the (A) particles by generating excited Slater's determinants.

To appear in Hyperfine Interactions. Corrected version accordingly the referee report

References in corpus (6)

• Quantum Monte Carlo Calculations of Light Nuclei
• Nuclear Charge Radius of Li-9, Li-11: Halo Neutron: the influence of Halo Neutrons
• Laser Spectroscopic Determination of the 6He Nuclear Charge Radius
• Shape Analysis of the Level Spacing Distribution around the Metal Insulator Transition in the Three Dimensional Anderson Model
• The shape of a small universe: signatures in the cosmic microwave background
• Correlated EoM and Distributions for A=6 Nuclei