HaPhy 2012-09: APCTP mini-workshop on nuclear structure
September 21 (Fri) ~ September 22 (Sat), 2012
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    Venue
    APCTP headquarter, Pohang
    Period
    September 21 (Fri), 2012 ~ September 22 (Sat), 2012
    Overview
    Hadrons are the basic constituents in various nuclear phenomena, which range from the two-nucleon interactions to the birth, evolution, and death of stars. These phenomena occur in various conditions and environments, so apparently they look complicated and independent processes. However, if we are able to understand the properties and interactions of hadrons in a given condition, we can then understand the nature in such a vast range. Recent new facilities such as J-PARC, RIBF and a rare isotope accelerator to be constructed in near future in Korea will provide us with a chance for investigating various aspects of nature such as nuclear structure and reaction, construction of new models for rare isotopes, equation of state of nuclear and dense matter, test of the standard model, evolution of stars, synthesis of heavy elements, secrets of supernova, and even the fate of the stars. In this program, we will focus on the physics topics of these facilities. Inviting world-wide experts, we expect to have information on the status of the forefront researches, to discuss problems and issues, and to exchange ideas on the future research direction of these fields. Establishing intimate connection between Japan and Korea, we hope to promote human exchanges and collaboration programs. Eventually we aim at building a research and collaboration network in the Asia-Pacific region that will lead world-forefront research activities in the related fields. Interactions among nucleons are determined very precisely, and this provides us a firm ground for proceeding to many-body systems such as heavy nuclei, neutron-rich nuclei, halo nuclei and etc. However, applicability of the few-body theories is limited to light nuclei, and uncertainties due to models and parameters still exist. In our program, we will review the current status of the few-body physics, and discuss ways to extend its application to various nuclear systems that will be examined at RIBF, FRIB and the Korean rare isotope facility.
     
    Organizers
    Chang Ho Hyun (Daegu Univ.)
    Myung-Ki Cheoun (Soongsil Univ.)
    Yongseok Oh (Kyungpook Nat. Univ.)
    Pyungwon Ko (KIAS)
    Seung-Il Nam (KIAS)
    Youngman Kim (RISP/IBS)
    Emiko Hiyama (RIKEN)
    Toshitaka Kajino (NAOJ)
    N. Itagaki (YITP)
    Invited Speakers

    J. Vary (Iowa State Univ.)

    J. Meng (Peking Univ.)
    T. Otsuka (Univ. of Tokyo)
    H. Sakurai (RIKEN)
    S.-G. Zhou (CAS)
    S. Zhang (Peking Univ.)
    B. Sun (Beihang Univ.)
    S. Choi (Seoul Nat. Univ.)
    E. Ha (Soongsil Univ.)
    Contact
    Prof. Chang Ho Hyun (hch@daegu.ac.kr)
    Sponsor