$\eta '$ mesic nucleus spectroscopy with $(p,d)$ reaction at GSI
- Tanaka, Yoshiki K.
- Ayyad, Yassid
- Haettner, Emma
- Harakeh, Muhsin N.
- Hayano, Ryugo S.
- Higashi, Yuko
- Hirenzaki, Satoru
- Hornung, Christine
- Igarashi, Yoichi
- Ikeno, Natsumi
- Itahashi, Kenta
- Iwasaki, Masahiko
- Benlliure, Jose
- Jido, Daisuke
- Kalantar-Nayestanaki, Nasser
- Kanungo, Rituparna
- Knoebel, Ronja
- Kurz, Nikolaus
- Metag, Volker
- Mukha, Ivan
- Nagae, Tomofumi
- Nagahiro, Hideko
- Nanova, Mariana
- Brinkmann, Kai-Thomas
- Nishi, Takahiro
- Ong, Hooi Jin
- Pietri, Stephane
- Prochazka, Andrej
- Rappold, Christophe
- Reiter, Moritz P.
- Sanchez, Jose Luis Rodriguez
- Scheidenberger, Christoph
- Simon, Haik
- Sitar, Branislav
- Friedrich, Stefan
- Strmen, Peter
- Sun, Baohua
- Suzuki, Ken
- Szarka, Imrich
- Takechi, Maya
- Tanihata, Isao
- Terashima, Satoru
- Watanabe, Yuni N.
- Weick, Helmut
- Widmann, Eberhard
- Fujioka, Hiroyuki
- Winfield, John S.
- Xu, Xiaodong
- Yamakami, Hiroki
- Zhao, Jianwei
- Geissel, Hans
- Gellanki, Jnaneswari
- Guo, Chenlei
- Gutz, Eric
Publication date
January 2014
DOI Publisher
Deutsches Elektronen-Synchrotron, DESYAbstract
We have performed a spectroscopic experiment using the ${}^{12}$C$(p,d)$ reaction at 2.5 GeV incident energy to search for $\eta $ mesic nuclei for the first time.A missing-mass spectrum of the reaction was obtained around the $eta $ emission threshold using the fragment separator FRS at GSI. An overview of the experiment including the status of the analysis is given
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