Title
Study of role of tensor correlation in light nuclei
based on the tensor-optimized shell model

Abstract
We investigate the role of the tensor correlation in
light nuclei. Recently, we have developed the method
to optimize the tensor force contribution in nuclei
based on the new shell model method, called as
"tensor-optimized shell model(TOSM)". We apply TOSM
to clarify the structures of light nuclei, such as
the LS splitting phenomena, and the magic number
breaking in neutron halo nuclei.
The short-range correlation is simultaneously treated
using the unitary correlation operator method (UCOM).
We show the results of the cobmined TOSM+UCOM framework
using the bare interaction.