The Large Hadron-Electron Collider at the HL-LHC
P. Agostini,H. Aksakal,S. Alekhin,P. P. Allport,N. Andari, K. D. J. Andre,D. Angal-Kalinin,S. Antusch,L. Aperio Bella,L. Apolinario,R. Apsimon,A. Apyan,G. Arduini,V Ari,A. Armbruster,N. Armesto,B. Auchmann,K. Aulenbacher,G. Azuelos,S. Backovic,I Bailey,S. Bailey,F. Balli,S. Behera,O. Behnke,I Ben-Zvi,M. Benedikt,J. Bernauer,S. Bertolucci,S. S. Biswal,J. Bluemlein,A. Bogacz,M. Bonvini,M. Boonekamp,F. Bordry,G. R. Boroun,L. Bottura,S. Bousson,A. O. Bouzas,C. Bracco,J. Bracinik,D. Britzger,S. J. Brodsky,C. Bruni,O. Bruning,H. Burkhardt,O. Cakir,R. Calaga,A. Caldwell,A. Caliskan,S. Camarda,N. C. Catalan-Lasheras,K. Cassou,J. Cepila,V Cetinkaya,V Chetvertkova,B. Cole,B. Coleppa,A. Cooper-Sarkar,E. Cormier,A. S. Cornell,R. Corsini,E. Cruz-Alaniz,J. Currie,D. Curtin,M. D'Onofrio,J. Dainton,E. Daly,A. Das,S. P. Das,L. Dassa,J. de Blas,L. Delle Rose,H. Denizli,K. S. Deshpande,D. Douglas,L. Duarte,K. Dupraz,S. Dutta,A. Efremov,R. Eichhorn,K. J. Eskola,E. G. Ferreiro,O. Fischer,O. Flores-Sanchez,S. Forte,A. Gaddi,J. Gao,T. Gehrmann,A. Gehrmann-De Ridder,F. Gerigk,A. Gilbert,F. Giuli,A. Glazov,N. Glover,R. M. Godbole,B. Goddard, V Goncalves,G. A. Gonzalez-Sprinberg,A. Goyal,J. Grames,E. Granados,A. Grassellino,Y. O. Gunaydin,Y. C. Guo,V Guzey,C. Gwenlan,A. Hammad,C. C. Han, L. Harland-Lang,F. Haug,F. Hautmann,D. Hayden,J. Hessler,I Helenius, J. Henry,J. Hernandez-Sanchez,H. Hesari,T. J. Hobbs,N. Hod,G. H. Hoffstaetter,B. Holzer,C. G. Honorato, B. Hounsell, N. Hu,F. Hug,A. Huss,A. Hutton,R. Islam,S. Iwamoto,S. Jana,M. Jansova,E. Jensen,T. Jones,J. M. Jowett,W. Kaabi,M. Kado, D. A. Kalinin,H. Karadeniz, S. Kawaguchi,U. Kaya,R. A. Khalek,H. Khanpour,A. Kilic,M. Klein,U. Klein,S. Kluth,M. Koksal,F. Kocak,M. Korostelev,P. Kostka,M. Krelina,J. Kretzschmar,S. Kuday,G. Kulipanov,M. Kumar,M. Kuze,T. Lappi, F. Larios,A. Latina,P. Laycock,G. Lei,E. Levitchev,S. Levonian,A. Levy,R. Li,X. Li, H. Liang,V Litvinenko,M. Liu,T. Liu,W. Liu,Y. Liu,S. Liuti,E. Lobodzinska,D. Longuevergne,X. Luo, W. Ma,M. Machado,S. Mandal,H. Mantysaari,F. Marhauser,C. Marquet,A. Martens,R. Martin,S. Marzani,J. McFayden,P. Mcintosh,B. Mellado,F. Meot,A. Milanese,J. G. Milhano,B. Militsyn,M. Mitra,S. Moch,M. Mohammadi Najafabadi,S. Mondal,S. Moretti,T. Morgan,A. Morreale,P. Nadolsky,F. Navarra,Z. Nergiz,P. Newman,J. Niehues,E. A. Nissen,M. Nowakowski, N. Okada,G. Olivier,F. Olness,G. Olry,J. A. Osborne,A. Ozansoy,R. Pan,B. Parker,M. Patra,H. Paukkunen,Y. Peinaud,D. Pellegrini, G. Perez-Segurana,D. Perini,L. Perrot,N. Pietralla,E. Pilicer,B. Pire,J. Pires,R. Placakyte,M. Poelker,R. Polifka,A. Polini,P. Poulose,G. Pownall, Y. A. Pupkov,F. S. Queiroz,K. Rabbertz,V Radescu,R. Rahaman,S. K. Rai,N. Raicevic,P. Ratoff,A. Rashed,D. Raut, S. Raychaudhuri,J. Repond,A. H. Rezaeian,R. Rimmer,L. Rinolfi,J. Rojo,A. Rosado,X. Ruan,S. Russenschuck,M. Sahin,C. A. Salgado,O. A. Sampayo, K. Satendra, N. Satyanarayan,B. Schenke,K. Schirm,H. Schopper,M. Schott,D. Schulte,C. Schwanenberger, T. Sekine,A. Senol,A. Seryi,S. Setiniyaz,L. Shang, X. Shen,N. Shipman, N. Sinha,W. Slominski,S. Smith,C. Solans, M. Song,H. Spiesberger, J. Stanyard, A. Starostenko,A. Stasto,A. Stocchi,M. Strikman,M. J. Stuart,S. Sultansoy, H. Sun,M. Sutton,L. Szymanowski,I Tapan, D. Tapia-Takaki,M. Tanaka, Y. Tang,A. T. Tasci, A. T. Ten-Kate, P. Thonet,R. Tomas-Garcia,D. Tommasini,D. Trbojevic,M. Trott,I Tsurin, A. Tudora,I Turk Cakir,K. Tywoniuk,C. Vallerand,A. Valloni,D. Verney,E. Vilella,D. Walker,S. Wallon,B. Wang,K. Wang,X. Wang,Z. S. Wang,H. Wei,C. Welsch,G. Willering,P. H. Williams,D. Wollmann, C. Xiaohao,T. Xu,C. E. Yaguna,Y. Yamaguchi,Y. Yamazaki,H. Yang,A. Yilmaz,P. Yock, C. X. Yue,S. G. Zadeh,O. Zenaiev,C. Zhang, J. Zhang,R. Zhang,Z. Zhang,G. Zhu, S. Zhu,F. Zimmermann,F. Zomer,J. Zurita,P. Zurita
Journal of Physics G Nuclear and Particle Physics（2021）
Cited 88|Views122
Key words
deep-inelastic scattering,high-lumi LHC,QCD,Higgs,top and electroweak physics,nuclear physics,beyond Standard Model,energy-recovery-linac,accelerator physics
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