================================================================================ Workshop on hadron tomography at J-PARC and KEKB January 6, 2017, Seminar Hall, 4th Building 1F, KEK, Tsukuba, Japan http://research.kek.jp/group/hadron10/tomography-201701/ Supported by KEK theory center, Graduate U for Advanced Studies (SOKENDAI), Japan Society for the Promotion of Science (JSPS) -------------------------------------------------------------------------------- Discussion topics * Nucleon spin * Generalized parton distribution (GPD) studies at J-PARC * Generalized distribution amplitude (GDA) studies at KEKB * Tomography studies at Fermilab, CERN, and JLab * New ideas Organizers: Shunzo Kumano (KEK/J-PARC), Makoto Takizawa (Showa Phamaceutical Univ/KEK), Kazuhiro Tanaka (Juntendo Univ/KEK) For an inquiry and participation, please send email to shunzo.kumano(AT)kek.jp, takizawa(AT)ac.shoyaku.ac.jp, kztanaka(AT)juntendo.ac.jp If you also participate in the workshop on Jan.7-10, please send your registration information to kek-hn-2017(AT)ml.post.kek.jp. Note: Please also consider to participate in the main workshop on Jan.7-10. KEK theory center workshop on Hadron and Nuclear Physics in 2017 (KEK-HN-2017) January 7 - 10, 2017, Kobayashi Hall, KEK, Tsukuba, Japan http://research.kek.jp/group/hadron10/kek-hn-2017/ Program (program-2016-0106.pdf) -------------------------------------------------------------------------------- January 6 (Friday) -------------------------------------------------------------------------------- * The titles are tentative. * This workshop is intended for discussions. Speakers provide slides for 30-min talk/discussions. 9:30 - 12:00: Theory on GPDs Chair: Shunzo Kumano (KEK/J-PARC) Oleg Teryaev (Joint Institute for Nuclear Research) Generalized parton distributions in dilepton production (Teryaev-2017-0106.ppt) Kazuhiro Tanaka (Juntendo Univ/KEK) Exclusive Drell-Yan process (Tanaka-2017-0106.pdf) Mark Strikman (Pennsylvania State University) Toward probing GPDs in the hadron induced processes (Strikman-2017-0106.pdf) 12:00 - 13:00 lunch 13:00 - 15:00: GPDs and GDAs at J-PARC and KEKB Chair: Shin'ya Sawada (KEK/J-PARC) Hiroyuki Noumi (Osaka University/KEK) Charmed-baryon experiment E50 (Noumi-2017-0106.pdf) Wen-Chen Chang (Acadmia Sinica) Accessing proton GPDs and pion DAs with the exclusive pion-induced Drell-Yan process at J-PARC (Chang-2017-0106.pdf) Chair: Makoto Takizawa (Showa Phamaceutical Univ/KEK) Sadaharu Uehara (KEK) Meson-pair production processes from two-photon collisions at Belle (Uehara-2017-0106.pdf) Qin-Tao Song (Sokendai/KEK) Generalized distribution amplitudes in meson-pair production (no file) 15:00 - 15:30 coffee 15:30 - 18:00 3D structure functions at other experimental facilities Chair: Kiyoshi Tanida (JAEA) Jen-Chieh Peng (University of Illinois) TMDs: Present and Future (Peng-2017-0106.pdf) Itaru Nakagawa (Riken) Transverse spin physics at RHIC (Nakagawa-2017-0106.pptx) Genki Nukazuka (Yamagata University) TMDs at COMPASS (Nukazuka-2017-0106.pdf) Yoshiyuki Miyachi (Yamagata University) 3D structure functions at HERMES and COMPASS (Miyachi-2017-0106.pdf) Yuji Goto (Riken) GPDs and TMDs at Electron-Ion Collider (Goto-2017-0106.pdf) ---------- Note: GPD (Generalized Parton Distribution) TMD (Transverse-Momentum-Dependent parton distribution) GDA (Generalized Distribution Amplitude) Participant list (v.2017-01-04): Wen-Chen Chang (Acadmia Sinica) Yuji Goto (Riken) Yoshitaka Hatta (Kyoto University) Cungwen Kao (Chung Yuan Christian University) Shunzo Kumano (KEK/J-PARC) Yoshiyuki Miyachi (Yamagata University) Itaru Nakagawa (Riken) Hiroyuki Noumi (Osaka University/KEK) Genki Nukazuka (Yamagata University) Jen-Chieh Peng (University of Illinois) Shin'ya Sawada (KEK/J-PARC) Qin-Tao Song (Sokendai/KEK) Mark Strikman (Pennsylvania State University) Makoto Takizawa (Showa Phamaceutical Univ/KEK) Kazuhiro Tanaka (KEK/J-PARC) Kazuhiro Tanaka (Juntendo Univ/KEK) Kiyoshi Tanida (JAEA) Oleg Teryaev (Joint Institute for Nuclear Research) Sadaharu Uehara (KEK) Masashi Wakamatsu (KEK) ================================================================================