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High Statistics Σp Scattering Experiment Using High Intensity Pion Beams at J-PARC
Author(s) -
K. Miwa,
J. K. Ahn,
Y. Akazawa,
S. Callier,
N. Chiga,
P. Evtoukhovitch,
Shoichi Hasegawa,
S. Hayakawa,
T. Hayakawa,
K. Hosomi,
R. Honda,
S. H. Hwang,
M. Ieiri,
M. Ikeda,
K. Imai,
S. Ishimoto,
Wooseung Jung,
H. Kanda,
Kazuya Kobayashi,
T. Koike,
Yasuhiro Kondo,
Seon Hahn Kim,
J. L. Kim,
J. W. Lee,
Yuki Matsumoto,
Manabu Moritsu,
Yasuki Nakada,
Mayumi Nakagawa,
I. Nakamura,
M. Naruki,
Yu Ogura,
L. Raux,
A. Sakaguchi,
H. Sako,
Yutaka Sasaki,
S. Sato,
T. Shiozaki,
K. Shirotori,
Hitoshi Sugimura,
S. Suzuki,
C. De La Taille,
H. Takahashi,
T. Takahashi,
H. Tamura,
M. Tanaka,
K. Tanida,
Z. Tsamalaidze,
M. Ukai,
H. Umetsu,
T. O. Yamamoto,
K. Yoshimura
Publication year - 2017
Publication title -
proceedings of the 12th international conference on hypernuclear and strange particle physics (hyp2015)
Language(s) - English
Resource type - Conference proceedings
DOI - 10.7566/jpscp.17.041002
Subject(s) - pion , j parc , scattering , physics , intensity (physics) , nuclear physics , statistics , beam (structure) , particle physics , optics , mathematics
International audienceIn order to test theoretical frameworks of the baryon–baryon (BB) interactions and to confirm the “Pauli effect between quarks” for the first time, we have proposed an experiment (J-PARC E40) to measure low-energy hyperon–proton scattering cross sections of the Σ^+p, Σ^−p elastic scatterings and the Σ^−p → Λn inelastic scattering in the momentum range of 400 < p (MeV/c) < 700 in the laboratory system. Experimentally, we detect two successive reactions of the Σ production (π^±p → K^+Σ^±) and the Σp scattering (Σp → Σp) in the same liquid hydrogen target. The former is measured with two magnetic spectrometers, and the latter with a scattered proton detector (CATCH). By using a high intensity π beam, we estimate that more than 10,000 scattering events can be identified. In this experiment, we aim to provide good quality scattering data to test the theoretical models of the BB interaction

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