PHOTO [...]
Introduction

Name
Kimiko Sekiguchi
(関口仁子)
Major :
Nuclear Physics (Experiment)
Affiliation :
Department of Physics,
Tohoku University
Status :
Associate Professor
Email :
kimiko_AT_lambda.phys.tohoku.ac.jp
(Please replace “_AT_” to “@”.)
Address :
Aoba 6-3, Aramaki, Aoba-ku, Sendai, 980-8578, JAPAN
About OUR LAB.

Outreach

RIKEN Satosho seminar
(August, 2008)
About KIMIKO

LINK

Conference/Workshop
20th IUPAP International Conference on Few Body Problems in Physics (FB20), in Fukuoka, August 2012
”Three Nucleon Forces in Vacuum and in the medium”
Society

First experiment with polarized deuteron beams was performed at RIKEN RI Beam Factory (RIBF).
We successfully obtained highly polarized deuteron beams at 250 MeV/nucleon and measured a complete set of deuteron analyzing powers for deuteron-proton scattering .
RIBF Polarized Deuteron Beam launched in April, 2009.
Hello!
I am Kimiko Sekiguchi, an experimentalist of nuclear physics. My research interest is to understand the forces acting in nuclei. Particularly I am interested in clarifying the roles of three nucleon forces (3NFs) in nuclei.
Mainly I perform experiments with my colleagues using light ions, e.g. polarized deuterons and/or protons, at RIKEN and also at RCNP, Osaka University.
Currently I promote the research project with polarized deuteron beams at RIKEN RI Beam Factory (RIBF).
Information
1.Experiment with 300 MeV/nucleon pol. beam was performed at RIKEN RIBF, February, 2012
5.Presentation of our lab. for undergraduate students of Physics Department (December 13, 2010)
7.I become a investigative commission member of Nihon Young Academy, a branch of Science Council of Japan (November, 2010).
8.Talk on the new experiment at RIBF in FB19 (University of Bonn, Germany; September, 2009)
11.Interview on a monthly magazine “Nikkei KIDS+ in July”
12.First Experiment with polarized deuteron beams at RIKEN RIBF, April, 2009
In February 2012, the second experiment with pol.d beam was performed at RIBF. We measured all deuteron analyzing powers of dp elastic scattering with 300 MeV/nucleon.