Search for the Chiral Magnetic Effect via Charge-Dependent Azimuthal Correlations Relative to Spectator and Participant Planes in <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mrow><mml:mi>Au</mml:mi><mml:mo>+</mml:mo><mml:mi>Au</mml:mi></mml:mrow></mml:math> Collisions at <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mrow><mml:msqrt><mml:mrow><mml:msub><mml:mrow><mml:mi>s</mml:mi></mml:mrow><mml:mrow><mml:mi>N</mml:mi><mml:mi>N</mml:mi></mml:mrow></mml:msub></mml:mrow></mml:msqrt><mml:mo>=</mml:mo><mml:mn>200</mml:mn><mml:mtext> </mml:mtext><mml:mtext> </mml:mtext><mml:mi>GeV</mml:mi></mml:mrow></mml:math>-Reference-Cited by-同舟云学术

Search for the Chiral Magnetic Effect via Charge-Dependent Azimuthal Correlations Relative to Spectator and Participant Planes in Au+Au Collisions at sNN=200 GeV

Published:2022-03-01 Issue:9 Volume:128 Page:
ISSN:0031-9007
Container-title:Physical Review Letters
language:en
Short-container-title:Phys. Rev. Lett.

Author:

Abdallah M. S.,Adam J.,Adamczyk L.,Adams J. R.,Adkins J. K.,Agakishiev G.,Aggarwal I.,Aggarwal M. M.,Ahammed Z.,Alekseev I.,Anderson D. M.,Aparin A.,Aschenauer E. C.,Ashraf M. U.,Atetalla F. G.,Attri A.,Averichev G. S.,Bairathi V.,Baker W.,Ball Cap J. G.,Barish K.,Behera A.,Bellwied R.,Bhagat P.,Bhasin A.,Bielcik J.,Bielcikova J.,Bordyuzhin I. G.,Brandenburg J. D.,Brandin A. V.,Bunzarov I.,Butterworth J.,Cai X. Z.,Caines H.,Calderón de la Barca Sánchez M.,Cebra D.,Chakaberia I.,Chaloupka P.,Chan B. K.,Chang F-H.,Chang Z.,Chankova-Bunzarova N.,Chatterjee A.,Chattopadhyay S.,Chen D.,Chen J.,Chen J. H.,Chen X.,Chen Z.,Cheng J.,Chevalier M.,Choudhury S.,Christie W.,Chu X.,Crawford H. J.,Csanád M.,Daugherity M.,Dedovich T. G.,Deppner I. M.,Derevschikov A. A.,Dhamija A.,Di Carlo L.,Didenko L.,Dong X.,Drachenberg J. L.,Dunlop J. C.,Elsey N.,Engelage J.,Eppley G.,Esumi S.,Ewigleben A.,Eyser O.,Fatemi R.,Fawzi F. M.,Fazio S.,Federic P.,Fedorisin J.,Feng C. J.,Feng Y.,Filip P.,Finch E.,Fisyak Y.,Francisco A.,Fu C.,Fulek L.,Gagliardi C. A.,Galatyuk T.,Geurts F.,Ghimire N.,Gibson A.,Gopal K.,Gou X.,Grosnick D.,Gupta A.,Guryn W.,Hamad A. I.,Hamed A.,Han Y.,Harabasz S.,Harasty M. D.,Harris J. W.,Harrison H.,He S.,He W.,He X. H.,He Y.,Heppelmann S.,Heppelmann S.,Herrmann N.,Hoffman E.,Holub L.,Hu Y.,Huang H.,Huang H. Z.,Huang S. L.,Huang T.,Huang X.,Huang Y.,Humanic T. J.,Igo G.,Isenhower D.,Jacobs W. W.,Jena C.,Jentsch A.,Ji Y.,Jia J.,Jiang K.,Ju X.,Judd E. G.,Kabana S.,Kabir M. L.,Kagamaster S.,Kalinkin D.,Kang K.,Kapukchyan D.,Kauder K.,Ke H. W.,Keane D.,Kechechyan A.,Khyzhniak Y. V.,Kikoła D. P.,Kim C.,Kimelman B.,Kincses D.,Kisel I.,Kiselev A.,Knospe A. G.,Kochenda L.,Kosarzewski L. K.,Kramarik L.,Kravtsov P.,Kumar L.,Kumar S.,Kunnawalkam Elayavalli R.,Kwasizur J. H.,Lan S.,Landgraf J. M.,Lauret J.,Lebedev A.,Lednicky R.,Lee J. H.,Leung Y. H.,Li C.,Li C.,Li W.,Li X.,Li Y.,Liang X.,Liang Y.,Licenik R.,Lin T.,Lin Y.,Lisa M. A.,Liu F.,Liu H.,Liu H.,Liu P.,Liu T.,Liu X.,Liu Y.,Liu Z.,Ljubicic T.,Llope W. J.,Longacre R. S.,Loyd E.,Lukow N. S.,Luo X.,Ma L.,Ma R.,Ma Y. G.,Magdy N.,Majka R.,Mallick D.,Margetis S.,Markert C.,Matis H. S.,Mazer J. A.,Minaev N. G.,Mioduszewski S.,Mohanty B.,Mondal M. M.,Mooney I.,Morozov D. A.,Mukherjee A.,Nagy M.,Nam J. D.,Nasim Md.,Nayak K.,Neff D.,Nelson J. M.,Nemes D. B.,Nie M.,Nigmatkulov G.,Niida T.,Nishitani R.,Nogach L. V.,Nonaka T.,Nunes A. S.,Odyniec G.,Ogawa A.,Oh S.,Okorokov V. A.,Page B. S.,Pak R.,Pandav A.,Pandey A. K.,Panebratsev Y.,Parfenov P.,Pawlik B.,Pawlowska D.,Pei H.,Perkins C.,Pinsky L.,Pintér R. L.,Pluta J.,Pokhrel B. R.,Ponimatkin G.,Porter J.,Posik M.,Prozorova V.,Pruthi N. K.,Przybycien M.,Putschke J.,Qiu H.,Quintero A.,Racz C.,Radhakrishnan S. K.,Raha N.,Ray R. L.,Reed R.,Ritter H. G.,Robotkova M.,Rogachevskiy O. V.,Romero J. L.,Ruan L.,Rusnak J.,Sahoo N. R.,Sako H.,Salur S.,Sandweiss J.,Sato S.,Schmidke W. B.,Schmitz N.,Schweid B. R.,Seck F.,Seger J.,Sergeeva M.,Seto R.,Seyboth P.,Shah N.,Shahaliev E.,Shanmuganathan P. V.,Shao M.,Shao T.,Sheikh A. I.,Shen D.,Shi S. S.,Shi Y.,Shou Q. Y.,Sichtermann E. P.,Sikora R.,Simko M.,Singh J.,Singha S.,Skoby M. J.,Smirnov N.,Söhngen Y.,Solyst W.,Sorensen P.,Spinka H. M.,Srivastava B.,Stanislaus T. D. S.,Stefaniak M.,Stewart D. J.,Strikhanov M.,Stringfellow B.,Suaide A. A. P.,Sumbera M.,Summa B.,Sun X. M.,Sun X.,Sun Y.,Sun Y.,Surrow B.,Svirida D. N.,Sweger Z. W.,Szymanski P.,Tang A. H.,Tang Z.,Taranenko A.,Tarnowsky T.,Thomas J. H.,Timmins A. R.,Tlusty D.,Todoroki T.,Tokarev M.,Tomkiel C. A.,Trentalange S.,Tribble R. E.,Tribedy P.,Tripathy S. K.,Truhlar T.,Trzeciak B. A.,Tsai O. D.,Tu Z.,Ullrich T.,Underwood D. G.,Upsal I.,Van Buren G.,Vanek J.,Vasiliev A. N.,Vassiliev I.,Verkest V.,Videbæk F.,Vokal S.,Voloshin S. A.,Wang F.,Wang G.,Wang J. S.,Wang P.,Wang Y.,Wang Y.,Wang Z.,Webb J. C.,Weidenkaff P. C.,Wen L.,Westfall G. D.,Wieman H.,Wissink S. W.,Wu J.,Wu Y.,Xi B.,Xiao Z. G.,Xie G.,Xie W.,Xu H.,Xu N.,Xu Q. H.,Xu Y.,Xu Z.,Xu Z.,Yang C.,Yang Q.,Yang S.,Yang Y.,Ye Z.,Ye Z.,Yi L.,Yip K.,Yu Y.,Zbroszczyk H.,Zha W.,Zhang C.,Zhang D.,Zhang S.,Zhang S.,Zhang X. P.,Zhang Y.,Zhang Y.,Zhang Y.,Zhang Z. J.,Zhang Z.,Zhang Z.,Zhao J.^ORCID,Zhou C.,Zhu X.,Zhu Z.,Zurek M.,Zyzak M.,

Funder

Rose Community Foundation

Brookhaven National Laboratory

National Energy Research Scientific Computing Center

Lawrence Berkeley National Laboratory

Nuclear Physics

Office of Science

National Science Foundation

Ministry of Education and Science of the Russian Federation

National Natural Science Foundation of China

Chinese Academy of Sciences

Ministry of Science and Technology of the People’s Republic of China