Feasibility Study For The Measurement Of Pi N Transition Distribution Amplitudes At (P)Over-Baranda In (P)Over-Barp -> J/Psi Pi(0)

B. Singh, W. Erni,B. Krusche,M. Steinacher,N. Walford,H. Liu,Z. Liu,B. Liu,X. Shen,C. Wang,J. Zhao,M. Albrecht,T. Erlen,M. Fink,F. H. Heinsius,T. Held,T. Holtmann,S. Jasper,I. Keshk,H. Koch,B. Kopf,M. Kuhlmann,M. Kuemmel, S. Leiber,M. Mikirtychyants, P. Musiol,A. Mustafa,M. Pelizaeus,J. Pychy,M. Richter, C. Schnier,T. Schroeder,C. Sowa,M. Steinke,T. Triffterer,U. Wiedner,M. Ball,R. Beck,C. Hammann,B. Ketzer,M. Kube,P. Mahlberg,M. Rossbach,C. Schmidt,R. Schmitz,U. Thoma,M. Urban,D. Walther,C. Wendel,A. Wilson,A. Bianconi,M. Bragadireanu,M. Caprini,D. Pantea,B. Patel,W. Czyzycki,M. Domagala,G. Filo,J. Jaworowski,M. Krawczyk,E. Lisowski,F. Lisowski,M. Michalek,P. Poznanski,J. Plazek,K. Korcyl,A. Kozela,P. Kulessa,P. Lebiedowicz,K. Pysz,W. Schaefer,A. Szczurek,T. Fiutowski,M. Idzik,B. Mindur,D. Przyborowski,K. Swientek,J. Biernat,B. Kamys,S. Kistryn,G. Korcyl,W. Krzemien,A. Magiera,P. Moskal,A. Pyszniak,Z. Rudy,P. Salabura,J. Smyrski,P. Strzempek,A. Wronska,I. Augustin,R. Boehm,I. Lehmann,D. Nicmorus Marinescu,L. Schmitt,V. Varentsov,M. Al-Turany,A. Belias,H. Deppe,N. Divani Veis,R. Dzhygadlo,A. Ehret,H. Flemming,A. Gerhardt,K. Goetzen,A. Gromliuk,L. Gruber,R. Karabowicz, R. Kliemt,M. Krebs,U. Kurilla,D. Lehmann,S. Loechner,J. Luehning,U. Lynen,H. Orth,M. Patsyuk,K. Peters,T. Saito,G. Schepers,C. J. Schmidt,C. Schwarz,J. Schwiening,A. Taeschner,M. Traxler,C. Ugur,B. Voss,P. Wieczorek,A. Wilms,M. Zuehlsdorf,V. Abazov,G. Alexeev,V. A. Arefiev,V. Astakhov,M. Yu. Barabanov,B. V. Batyunya,Y. Davydov,V. Kh. Dodokhov,A. Efremov,A. Fechtchenko,A. G. Fedunov,A. Galoyan,S. Grigoryan,E. K. Koshurnikov,Y. Yu. Lobanov,V. I. Lobanov,A. F. Makarov,L. V. Malinina,V. Malyshev,A. G. Olshevskiy,E. Perevalova,A. A. Piskun,T. Pocheptsov,G. Pontecorvo,V. Rodionov,Y. Rogov,R. Salmin,A. Samartsev,M. G. Sapozhnikov,G. Shabratova,N. B. Skachkov,A. N. Skachkova,E. A. Strokovsky,M. Suleimanov,R. Teshev,V. Tokmenin,V. Uzhinsky,A. Vodopianov,S. A. Zaporozhets,N. I. Zhuravlev,A. Zinchenko,A. G. Zorin,D. Branford,D. Glazier,D. Watts,M. Boehm,A. Britting,W. Eyrich,A. Lehmann,M. Pfaffinger,F. Uhlig,S. Dobbs,K. Seth,A. Tomaradze,T. Xiao,D. Bettoni,V. Carassiti,A. Cotta Ramusino,P. Dalpiaz,A. Drago,E. Fioravanti,I. Garzia,M. Savrie,V. Akishina,I. Kisel,G. Kozlov,M. Pugach, M. Zyzak,P. Gianotti,C. Guaraldo,V. Lucherini,A. Bersani,G. Bracco,M. Macri,R. F. Parodi,K. Biguenko,K. T. Brinkmann, V. Di Pietro,S. Diehl,V. Dormenev,P. Drexler, M. Doern, E. Etzelmller,M. Galuska,E. Gutz,C. Hahn,A. Hayrapetyan,M. Kesselkaul, W. Koehn,T. Kuske,J. S. Lange,Y. Liang,V. Metag,M. Moritz,M. Nanova,S. Nazarenko,R. Novotny,T. Quagli,S. Reiter,A. Riccardi,J. Rieke,C. Rosenbaum,M. Schmidt,R. Schnell,H. Stenzel,U. Thoering,T. Ullrich,M. N. Wagner,T. Wasem,B. Wohlfahrt,H. G. Zaunick,E. Tomasi-Gustafsson,D. Ireland,G. Rosner,B. Seitz,P. N. Deepak,A. Kulkarni,A. Apostolou,M. Babai,M. Kavatsyuk,P. J. Lemmens,M. Lindemulder,H. Loehner,J. Messchendorp,P. Schakel,H. Smit,M. Tiemens, J. C. Van Derweele,R. Veenstra,S. Vejdani,K. Dutta,K. Kalita,A. Kumar,A. Roy,H. Sohlbach,M. Bai,L. Bianchi,M. Buescher,L. Cao,A. Cebulla,R. Dosdall,A. Gillitzer,F. Goldenbaum,D. Grunwald,A. Herten, Q. Hu,G. Kemmerling,H. Kleines,A. Lai,A. Lehrach,R. Nellen,H. Ohm,S. Orfanitski,D. Prasuhn,E. Prencipe,J. Puetz,J. Ritman,S. Schadmand,T. Sefzick,V. Serdyuk,G. Sterzenbach,T. Stockmanns,P. Wintz,P. Wuestner,H. Xu,A. Zambanini,S. Li, Z. Li,Z. Sun,H. Xu,V. Rigato,L. Isaksson,P. Achenbach,O. Corell,A. Denig,M. Distler,M. Hoek,A. Karavdina,W. Lauth,Z. Liu,H. Merkel,U. Mueller,J. Pochodzalla,S. Sanchez,S. Schlimme,C. Sfienti,M. Thiel,H. Ahmadi,S. Ahmed,S. Bleser,L. Capozza,M. Cardinali,A. Dbeyssi,M. Deiseroth,F. Feldbauer,M. Fritsch, B. Froerllich,D. Kang,D. Khaneft,R. Klasen,H. H. Leithoff,D. Lin,F. Maas,S. Maldaner,M. Martinez,M. Michel, M. C. Mora Esp,C. Morales Morales,C. Motzko,F. Nerling,O. Noll, S. Pfloeger,A. Pitka,D. Rodriguez Pineiro,A. Sanchez-Lorente,M. Steinen,R. Valente,T. Weber,M. Zambrana,I. Zimmermann,A. Fedorov,M. Korjik,O. Missevitch,A. Boukharov,O. Malyshev,I. Marishev,V. Balanutsa,P. Balanutsa,V. Chernetsky,A. Demekhin,A. Dolgolenko,P. Fedorets,A. Gerasimov,V. Goryachev,V. Chandratre,V. Datar,D. Dutta,V. Jha,H. Kumawat,A. K. Mohanty,A. Parmar,B. Roy,G. Sonika,C. Fritzsch,S. Grieser, A. K. Hergemoeller,B. Hetz,N. Huesken,A. Khoukaz,J. P. Wessels,K. Khosonthongkee,C. Kobdaj,A. Limphirat,P. Srisawad,Y. Yan,A. Yu. Barnyakov,M. Barnyakov,K. Beloborodov, V. E. Blinov,V. S. Bobrovnikov,I. A. Kuyanov,K. Martin,A. P. Onuchin,S. Serednyakov,A. Sokolov,Y. Tikhonov,A. E. Blinov,S. Kononov,E. A. Kravchenko,E. Atomssa,R. Kunne,B. Ma,D. Marchand, B. Ramstein,J. Van De Wiele,Y. Wang,G. Boca,S. Costanza,P. Genova,P. Montagna,A. Rotondi,V. Abramov,N. Belikov,S. Bukreeva,A. Davidenko,A. Derevschikov,Y. Goncharenko,V. Grishin,V. Kachanov,V. Kormilitsin,A. Levin,Y. Melnik,N. Minaev,V. Mochalov, D. Morozov,L. Nogach,S. Poslavskiy,A. Ryazantsev,S. Ryzhikov,P. Semenov,I. Shein, A. Uzunian,A. Vasiliev,A. Yakutin,U. Roy,B. Yabsley,S. Belostotski,G. Gavrilov, A. Izotov,S. Manaenkov,O. Miklukho,D. Veretennikov,A. Zhdanov,T. Baeck,B. Cederwall, K. Makonyi,M. Preston,P. E. Tegner, D. Woelbing,A. K. Rai,S. Godre,D. Calvo,S. Coli,P. De Remigis,A. Filippi,G. Giraudo, S. Lusso,G. Mazza,M. Mignone,A. Rivetti,R. Wheadon,A. Amoroso,M. P. Bussa,L. Busso,F. De Mori,M. Destefanis, L. Fava,L. Ferrero,M. Greco,J. Hu,L. Lavezzi,M. Maggiora,G. Maniscalco,S. Marcello,S. Sosio,S. Spataro,F. Balestra,F. Iazzi,R. Introzzi,A. Lavagno,J. Olave,R. Birsa,F. Bradamante,A. Bressan,A. Martin,H. Calen,W. Ikegami Andersson,T. Johansson,A. Kupsc,P. Marciniewski,M. Papenbrock,J. Pettersson,K. Schoenning,M. Wolke,B. Galnander,J. Diaz,V. Pothodi Chackara,A. Chlopik,G. Kesik,D. Melnychuk,B. Slowinski,A. Trzcinski,M. Wojciechowski,S. Wronka,B. Zwieglinski, P. Buehler,J. Marton,D. Steinschaden,K. Suzuki,E. Widmann,J. Zmeskal,K. M. Semenov-Tian-Shansky

PHYSICAL REVIEW D（2017）

引用 33|浏览16

暂无评分

摘要

The exclusive charmonium production process in (P) over barp annihilation with an associated pi 0 meson (p) over barp -> J/psi pi(0) is studied in the framework of QCD collinear factorization. The feasibility of measuring this reaction through the J/psi -> e(+) e(-) decay channel with the AntiProton ANnihilation at DArmstadt ((P) over bar ANDA) experiment is investigated. Simulations on signal reconstruction efficiency as well as the background rejection from various sources including the (P) over barp -> pi(+)pi(-)pi(0) and (p) over barp -> J/psi pi(0)pi(0) reactions are performed with PANDAROOT, the simulation and analysis software framework of the (P) over bar ANDA experiment. It is shown that the measurement can be done at (P) over bar ANDA with significant constraining power under the assumption of an integrated luminosity attainable in four to five months of data taking at the maximum design luminosity.

查看译文

关键词

transition distribution amplitudes,<mmlmath xmlnsmml=http//wwww3org/1998/math/mathml,sans-serif

AI 理解论文

溯源树

样例

生成溯源树，研究论文发展脉络

Chat Paper

正在生成论文摘要