Speaker
Myungkuk Kim
(CENS/IBS)
Description
The experimental exploration of the neutron dripline is challenging. Currently, neon is the heaviest nucleus for which the neutron dripline has been measured experimentally. Predictions for the neutron dripline of nuclei heavier than neon largely rely on theoretical models. However, these predictions are often highly model-dependent. Nuclear Lattice Effective Field Theory is an ab initio approach used to explore quantum many-body systems. In this talk, we will discuss the nuclear properties of oxygen isotopes near the neutron dripline, using the Woods-Saxon potential in Nuclear Lattice Effective Field Theory.
Primary author
Myungkuk Kim
(CENS/IBS)
