Burkert, VD; Elouadrhiri, L; Afanasev, A; Arrington, J; Contalbrigo, M; Cosyn, W; Deshpande, A; Glazier, DI; Ji, X; Liuti, S; Oh, Y; Richards, D; Satogata, T; Vossen, A; Abdolmaleki, H; Albataineh, A; Aidala, CA; Alexandrou, C; Avagyan, H; Bacchetta, A; Baker, M; Benmokhtar, F; Bernauer, JC; Bissolotti, C; Briscoe, W; Byers, D; Cao, Xu; Carlson, CE; Cichy, K; Cloet, IC; Cocuzza, C; Cole, PL; Constantinou, M; Courtoy, A; Dahiyah, H; Dehmelt, K; Diehl, S; Dilks, C; Djalali, C; Dupré, R; Dusa, SC; El-Bennich, B; Fassi, L El; Frederico, T; Freese, A; Gamage, BR; Gamberg, L; Ghoshal, RR; Girod, FX; Goncalves, VP; Gotra, Y; Guo, FK; Guo, X; Hattawy, M; Hatta, Y; Hayward, T; Hen, O; Huber, GM; Hyde, C; Isupov, EL; Jacak, B; Jacobs, W; Jentsch, A; Ji, CR; Joosten, S; Kalantarians, N; Kang, Z; Kim, A; Klein, S; Kriesten, B; Kumano, S; Kumar, A; Kumericki, K; Kuchera, M; Lai, WK; Li, Jin; Li, Shujie; Li, W; Li, X; Lin, H-W; Liu, KF; Liu, Xiaohui; Markowitz, P; Mathieu, V; McEneaney, M

doi:10.1016/j.ppnp.2023.104032

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Precision studies of QCD in the low energy domain of the EIC

2023

Burkert, VD;
Elouadrhiri, L;
Afanasev, A;
Arrington, J;
Contalbrigo, M;
Cosyn, W;
Deshpande, A;
Glazier, DI;
Ji, X;
Liuti, S;
Oh, Y;
Richards, D;
Satogata, T;
Vossen, A;
Abdolmaleki, H;
Albataineh, A;
Aidala, CA;
Alexandrou, C;
Avagyan, H;
Bacchetta, A;
Baker, M;
Benmokhtar, F;
Bernauer, JC;
Bissolotti, C;
Briscoe, W;
Byers, D;
Cao, Xu;
Carlson, CE;
Cichy, K;
Cloet, IC;
Cocuzza, C;
Cole, PL;
Constantinou, M;
Courtoy, A;
Dahiyah, H;
Dehmelt, K;
Diehl, S;
Dilks, C;
Djalali, C;
Dupré, R;
Dusa, SC;
El-Bennich, B;
Fassi, L El;
Frederico, T;
Freese, A;
Gamage, BR;
Gamberg, L;
Ghoshal, RR;
Girod, FX;
Goncalves, VP;
Gotra, Y;
Guo, FK;
Guo, X;
Hattawy, M;
Hatta, Y;
Hayward, T;
Hen, O;
Huber, GM;
Hyde, C;
Isupov, EL;
Jacak, B;
Jacobs, W;
Jentsch, A;
Ji, CR;
Joosten, S;
Kalantarians, N;
Kang, Z;
Kim, A;
Klein, S;
Kriesten, B;
Kumano, S;
Kumar, A;
Kumericki, K;
Kuchera, M;
Lai, WK;
Li, Jin;
Li, Shujie;
Li, W;
Li, X;
Lin, H-W;
Liu, KF;
Liu, Xiaohui;
Markowitz, P;
Mathieu, V;
McEneaney, M;
Mekki, A;
de Melo, JPBC;
Meziani, ZE;
Milner, R;
Mkrtchyan, H;
Mochalov, V;
Mokeev, V;
Morozov, V;
Moutarde, H;
Murray, M;
Mtingwa, S;
Nadel-Turonski, P;
Okorokov, VA;
Onyie, E;
Pappalardo, LL;
Papandreou, Z;
Pecar, C;
Pilloni, A;
Pire, B;
Polys, N;
Prokudin, A;
Przybycien, M;
Qiu, J-W;
Radici, M;
Reed, R;
Ringer, F;
Roy, BJ;
Sato, N;
Schäfer, A;
Schmookler, B;
Schnell, G;
Schweitzer, P;
Seidl, R;
Semenov-Tian-Shansky, KM;
Serna, F;
Shaban, F;
Shabestari, MH;
Shiells, K;
Signori, A;
Spiesberger, H;
Strakovsky, I;
Sufian, RS;
Szczepaniak, A;
Teodorescu, L;
Terry, J;
Teryaev, O;
Tessarotto, F;
Timmer, C;
Tawfik, Abdel Nasser;
Cazares, L Valenzuela;
Vladimirov, A;
Voutier, E;
Watts, D;
Wilson, D;
Winney, D;
Xiao, B;
Ye, Z;
Ye, Zh;
Yuan, F;
Zachariou, N;
Zahed, I;
Zhang, JL;
Zhang, Y;
Zhou, J
et al.

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https://doi.org/10.1016/j.ppnp.2023.104032

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Abstract

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.

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Precision studies of QCD in the low energy domain of the EIC

Published Web Location