Dr
hideki ueno
(RNC)
20/12/2010, 10:30
Dr
Kenichi Yoshida
(RIKEN Nishina Center)
20/12/2010, 11:00
I discuss the role of pair correlations on the electric quadrupole
moments of aluminum isotopes around N=20 within the framework of the
microscopic particle-vibration coupling model where the pairing and
deformation are taken into account. The low-lying vibrational modes in
neutron-rich magnesium isotopes are also discussed with paying attention
to the pairing and deformation.
Dr
Yutaka UTSUNO
(JAEA)
20/12/2010, 11:30
I would like to survey the structure around the inland of inversion
from the viewpoint of the shell model. I will focus on the interplay of
the shell gap which is varying with increasing proton number and the
resulting many-body structure. It will be shown that the electromagnetic
moment and the reaction cross section are used as useful tools for
investigating the structure.
Prof.
Tadashi Shimoda
(Department of Physics, Osaka University)
20/12/2010, 13:30
Much attention has been paid on the exotic structure of neutron-rich
nuclei such those around magic numbers N = 8 and 20.
However, most of the information on the excited states of these nuclei,
such as spin and parity, has not been known well. We have developed a
new method to effectively investigate the level structure by taking
advantage of asymmetric beta-decay of spin polarized...
Dr
Masaaki KIMURA
(Hokkaido University)
20/12/2010, 14:00
Spectra and transitions in the Island of Inversion is reviewed based on
the AMD calcualtions.
To discuss the single particle nature, the odd-mass system will be
focused. The possible presence of the exotic structure such as halo and
clustering will be mentioned.
Dr
Nori AOI
(RIKEN, Nishina Center)
20/12/2010, 14:30
Dr
Nobuo HINOHARA
(RIKEN Nishina Center)
20/12/2010, 15:00
Properties of the low-lying states in magnesium isotopes around
the island of inversion are studied using the five-dimensional
quadrupole collective Hamiltonian constructed with the microscopic
theory of large-amplitude collective motion.
Shape dynamics with changing the neutron number and angular
momentum in the yrast bands are discussed.
The properties of the experimental observables...
Prof.
Masanobu YAHIRO
(Kyushu University)
20/12/2010, 16:00
I present a new theory to treat inclusive reactions accurately. This
theory is more accurate than the Glauber model widely used.
Mr
Koshou MINOMO
(Kyushu University)
20/12/2010, 16:30
The eikonal reaction theory is a new theory to treat inclucive reactions
accurately. I show the application of this theory to 31Ne induced
reaction.
Dr
Takuma Matsumoto
(RIKEN Nishina Center)
21/12/2010, 09:30
Breakup reactions have played key roles in investigating properties of
unstable nuclei. One of the most reliable methods for treating
projectile breakup processes is the method of continuum-discretized
coupled channels (CDCC). CDCC has successfully been applied to analyses
of three-body breakup system, in which the projectile breaks up into
two constituents. Recently, we have developed...
Prof.
Takashi Nakamura
(Tokyo Institute of Technology)
21/12/2010, 10:00
Prof.
Yasuyuki SUZUKI
(Niigata University)
21/12/2010, 11:00
Dr
Maya TAKECHI
(RIKEN Nishina Center)
21/12/2010, 11:30
