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Precision studies of QCD in the low energy domain of the EIC
Progress in Particle and Nuclear Physics ( IF 14.5 ) Pub Date : 2023-03-04 , DOI: 10.1016/j.ppnp.2023.104032
V.D. Burkert , L. Elouadrhiri , A. Afanasev , J. Arrington , M. Contalbrigo , W. Cosyn , A. Deshpande , D.I. Glazier , X. Ji , S. Liuti , Y. Oh , D. Richards , T. Satogata , A. Vossen , H. Abdolmaleki , A. Albataineh , C.A. Aidala , C. Alexandrou , H. Avagyan , A. Bacchetta , M. Baker , F. Benmokhtar , J.C. Bernauer , C. Bissolotti , W. Briscoe , D. Byers , Xu Cao , C.E. Carlson , K. Cichy , I.C. Cloet , C. Cocuzza , P.L. Cole , M. Constantinou , A. Courtoy , H. Dahiyah , K. Dehmelt , S. Diehl , C. Dilks , C. Djalali , R. Dupré , S.C. Dusa , B. El-Bennich , L. El Fassi , T. Frederico , A. Freese , B.R. Gamage , L. Gamberg , R.R. Ghoshal , F.X. Girod , V.P. Goncalves , Y. Gotra , F.K. Guo , X. Guo , M. Hattawy , Y. Hatta , T. Hayward , O. Hen , G.M. Huber , C. Hyde , E.L. Isupov , B. Jacak , W. Jacobs , A. Jentsch , C.R. Ji , S. Joosten , N. Kalantarians , Z. Kang , A. Kim , S. Klein , B. Kriesten , S. Kumano , A. Kumar , K. Kumericki , M. Kuchera , W.K. Lai , Jin Li , Shujie Li , W. Li , X. Li , H.-W. Lin , K.F. Liu , Xiaohui Liu , P. Markowitz , V. Mathieu , M. McEneaney , A. Mekki , J.P.B.C. de Melo , Z.E. Meziani , R. Milner , H. Mkrtchyan , V. Mochalov , V. Mokeev , V. Morozov , H. Moutarde , M. Murray , S. Mtingwa , P. Nadel-Turonski , V.A. Okorokov , E. Onyie , L.L. Pappalardo , Z. Papandreou , C. Pecar , A. Pilloni , B. Pire , N. Polys , A. Prokudin , M. Przybycien , J.-W. Qiu , M. Radici , R. Reed , F. Ringer , B.J. Roy , N. Sato , A. Schäfer , B. Schmookler , G. Schnell , P. Schweitzer , R. Seidl , K.M. Semenov-Tian-Shansky , F. Serna , F. Shaban , M.H. Shabestari , K. Shiells , A. Signori , H. Spiesberger , I. Strakovsky , R.S. Sufian , A. Szczepaniak , L. Teodorescu , J. Terry , O. Teryaev , F. Tessarotto , C. Timmer , Abdel Nasser Tawfik , L. Valenzuela Cazares , A. Vladimirov , E. Voutier , D. Watts , D. Wilson , D. Winney , B. Xiao , Z. Ye , Zh. Ye , F. Yuan , N. Zachariou , I. Zahed , J.L. Zhang , Y. Zhang , J. Zhou

This White Paper aims at highlighting the important benefits in the science reach of the EIC. High luminosity operation is generally desirable, as it enables producing and harvesting scientific results in a shorter time period. It becomes crucial for programs that would require many months or even years of operation at lower luminosity.



中文翻译:

EIC 低能域 QCD 的精密研究

本白皮书旨在强调 EIC 在科学领域的重要优势。高亮度操作通常是可取的,因为它能够在更短的时间内产生和收获科学结果。对于需要在较低亮度下运行数月甚至数年的程序来说,这变得至关重要。

更新日期:2023-03-04
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