Erratum to: Evidence of Mass Ordering of Charm and Bottom Quark Energy Loss in Au+Au Collisions at RHIC
M. S. Abdallah,B. E. Aboona,J. Adam,L. Adamczyk,J. R. Adams,J. K. Adkins,I. Aggarwal,M. M. Aggarwal,Z. Ahammed,D. M. Anderson,E. C. Aschenauer,J. Atchison,X. Bai,V. Bairathi,W. Baker,J. G. Ball Cap,K. Barish,R. Bellwied,P. Bhagat,A. Bhasin,S. Bhatta,J. Bielcik,J. Bielcikova,J. D. Brandenburg,X. Z. Cai,H. Caines,M. Calderón de la Barca Sánchez,D. Cebra,I. Chakaberia,P. Chaloupka,B. K. Chan,Z. Chang,A. Chatterjee,S. Chattopadhyay,D. Chen,J. Chen,J. H. Chen,X. Chen,Z. Chen,J. Cheng,Y. Cheng,S. Choudhury,W. Christie,X. Chu,H. J. Crawford,M. Csanád,M. Daugherity,I. M. Deppner,A. Dhamija,L. Di Carlo,L. Didenko,P. Dixit,X. Dong,J. L. Drachenberg,E. Duckworth,J. C. Dunlop,J. Engelage,G. Eppley,S. Esumi,O. Evdokimov,A. Ewigleben,O. Eyser,R. Fatemi,F. M. Fawzi,S. Fazio,C. J. Feng,Y. Feng,E. Finch,Y. Fisyak,A. Francisco,C. Fu,C. A. Gagliardi,T. Galatyuk,F. Geurts,N. Ghimire,A. Gibson,K. Gopal,X. Gou,D. Grosnick,A. Gupta,W. Guryn,A. Hamed,Y. Han,S. Harabasz,M. D. Harasty,J. W. Harris,H. Harrison,S. He,W. He,X. H. He,Y. He,S. Heppelmann,N. Herrmann,E. Hoffman,L. Holub,C. Hu,Q. Hu,Y. Hu,H. Huang,H. Z. Huang,S. L. Huang,T. Huang,X. Huang,Y. Huang,T. J. Humanic,D. Isenhower,M. Isshiki,W. W. Jacobs,C. Jena,A. Jentsch,Y. Ji,J. Jia,K. Jiang,C. Jin,X. Ju,E. G. Judd,S. Kabana,M. L. Kabir,S. Kagamaster,D. Kalinkin,K. Kang,D. Kapukchyan,K. Kauder,H. W. Ke,D. Keane,M. Kelsey,Y. V. Khyzhniak,D. P. Kikoła,B. Kimelman,D. Kincses,I. Kisel,A. Kiselev,A. G. Knospe,H. S. Ko,L. K. Kosarzewski,L. Kramarik,L. Kumar,S. Kumar,R. Kunnawalkam Elayavalli,J. H. Kwasizur,R. Lacey,S. Lan,J. M. Landgraf,J. Lauret,A. Lebedev,J. H. Lee,Y. H. Leung,N. Lewis,C. Li,C. Li,W. Li,W. Li,X. Li,Y. Li,Y. Li,Z. Li,X. Liang,Y. Liang,R. Licenik,T. Lin,Y. Lin,M. A. Lisa,F. Liu,H. Liu,H. Liu,T. Liu,X. Liu,Y. Liu,T. Ljubicic,W. J. Llope,R. S. Longacre,E. Loyd,T. Lu,N. S. Lukow,X. F. Luo,L. Ma,R. Ma,Y. G. Ma,N. Magdy,D. Mallick,S. Margetis,C. Markert,H. S. Matis,J. A. Mazer,G. McNamara,S. Mioduszewski,B. Mohanty,M. M. Mondal,I. Mooney,A. Mukherjee,M. I. Nagy,A. S. Nain,J. D. Nam,Md. Nasim,K. Nayak,D. Neff,J. M. Nelson,D. B. Nemes,M. Nie,T. Niida,R. Nishitani,T. Nonaka,A. S. Nunes,G. Odyniec,A. Ogawa,S. Oh,K. Okubo,B. S. Page,R. Pak,J. Pan,A. Pandav,A. K. Pandey,T. Pani,A. Paul,B. Pawlik,D. Pawlowska,C. Perkins,J. Pluta,B. R. Pokhrel,J. Porter,M. Posik,T. Protzman,V. Prozorova,N. K. Pruthi,M. Przybycien,J. Putschke,Z. Qin,H. Qiu,A. Quintero,C. Racz,S. K. Radhakrishnan,N. Raha,R. L. Ray,R. Reed,H. G. Ritter,M. Robotkova,J. L. Romero,D. Roy,P. Roy Chowdhury,L. Ruan,A. K. Sahoo,N. R. Sahoo,H. Sako,S. Salur,S. Sato,W. B. Schmidke,N. Schmitz,F.-J. Seck,J. Seger,R. Seto,P. Seyboth,N. Shah,P. V. Shanmuganathan,M. Shao,T. Shao,R. Sharma,A. I. Sheikh,D. Y. Shen,K. Shen,S. S. Shi,Y. Shi,Q. Y. Shou,E. P. Sichtermann,R. Sikora,J. Singh,S. Singha,P. Sinha,M. J. Skoby,N. Smirnov,Y. Söhngen,W. Solyst,Y. Song,B. Srivastava,T. D. S. Stanislaus,D. J. Stewart,B. Stringfellow,A. A. P. Suaide,M. Sumbera,C. Sun,X. M. Sun,X. Sun,Y. Sun,Y. Sun,B. Surrow,Z. W. Sweger,P. Szymanski,A. H. Tang,Z. Tang,T. Tarnowsky,J. H. Thomas,A. R. Timmins,D. Tlusty,T. Todoroki,C. A. Tomkiel,S. Trentalange,R. E. Tribble,P. Tribedy,S. K. Tripathy,T. Truhlar,B. A. Trzeciak,O. D. Tsai,C. Y. Tsang,Z. Tu,T. Ullrich,D. G. Underwood,I. Upsal,G. Van Buren,J. Vanek,I. Vassiliev,V. Verkest,F. Videbæk,S. A. Voloshin,F. Wang,G. Wang,J. S. Wang,P. Wang,X. Wang,Y. Wang,Y. Wang,Z. Wang,J. C. Webb,P. C. Weidenkaff,G. D. Westfall,D. Wielanek,H. Wieman,S. W. Wissink,R. Witt,J. Wu,J. Wu,X. Wu,Y. Wu,B. Xi,Z. G. Xiao,G. Xie,W. Xie,H. Xu,N. Xu,Q. H. Xu,Y. Xu,Z. Xu,Z. Xu,G. Yan,Z. Yan,C. Yang,Q. Yang,S. Yang,Y. Yang,Z. Ye,Z. Ye,L. Yi,K. Yip,Y. Yu,H. Zbroszczyk,W. Zha,C. Zhang,D. Zhang,J. Zhang,S. Zhang,S. Zhang,Y. Zhang,Y. Zhang,Y. Zhang,Z. J. Zhang,Z. Zhang,Z. Zhang,F. Zhao,J. Zhao,M. Zhao,C. Zhou,J. Zhou,Y. Zhou,X. Zhu,M. Zurek,M. Zyzak
arxiv（2023）
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摘要
Partons traversing the strongly interacting medium produced in heavy-ion collisions are expected to lose energy depending on their color charge and mass. We measure the nuclear modification factors for charm- and bottom-decay electrons, defined as the ratio of yields, divided by the number of binary nucleon–nucleon collisions, in √(s_NN)=200 GeV Au+Au collisions to p + p collisions ( R_AA ), or in central to peripheral Au+Au collisions ( R_CP ). We find the bottom-decay electron R_AA and R_CP to be significantly higher than those of charm-decay electrons. Model calculations including mass-dependent parton energy loss in a strongly coupled medium are consistent with the measured data. These observations provide evidence of mass ordering of charm and bottom quark energy loss when traversing through the strongly coupled medium created in heavy-ion collisions.
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bottom quark energy loss,collisions,mass ordering,rhic,au+au
