Estimate of background baseline and upper limit on the chiral magnetic effect in isobar collisions at <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML"><mml:mrow><mml:msqrt><mml:msub><mml:mi>s</mml:mi><mml:mrow><mml:mi>N</mml:mi><mml:mi>N</mml:mi></mml:mrow></mml:msub></mml:msqrt><mml:mo>=</mml:mo><mml:mn>200</mml:mn></mml:mrow></mml:math> GeV at the BNL Relativistic Heavy Ion Collider-Reference-Cited by-同舟云学术

Estimate of background baseline and upper limit on the chiral magnetic effect in isobar collisions at sNN=200 GeV at the BNL Relativistic Heavy Ion Collider

Published:2024-07-09 Issue:1 Volume:110 Page:
ISSN:2469-9985
Container-title:Physical Review C
language:en
Short-container-title:Phys. Rev. C

Author:

Abdulhamid M. I.¹,Aboona B. E.²,Adam J.³,Adams J. R.⁴,Agakishiev G.⁵,Aggarwal I.⁶,Aggarwal M. M.⁶,Ahammed Z.⁷,Aitbaev A.⁵,Alekseev I.⁸⁹,Alpatov E.⁹,Aparin A.⁵,Aslam S.¹⁰,Atchison J.¹¹,Averichev G. S.⁵,Bairathi V.¹²,Cap J. G. Ball¹³,Barish K.¹⁴,Bhagat P.¹⁵,Bhasin A.¹⁵,Bhatta S.¹⁶,Bhosale S. R.¹⁷,Bordyuzhin I. G.⁸,Brandenburg J. D.⁴,Brandin A. V.⁹,Broodo C.¹³,Cai X. Z.¹⁸,Caines H.¹⁹,Sánchez M. Calderón de la Barca¹⁴,Cebra D.¹⁴,Ceska J.³,Chakaberia I.²⁰,Chan B. K.¹⁴,Chang Z.²¹,Chatterjee A.²²,Chen D.¹⁴,Chen J.²³,Chen J. H.²⁴,Chen Z.²³,Cheng J.²⁵,Cheng Y.¹⁴,Choudhury S.²⁴,Christie W.²⁶,Chu X.²⁶,Crawford H. J.¹⁴,Dale-Gau G.²⁷,Das A.³,Dedovich T. G.⁵,Deppner I. M.²⁸,Derevschikov A. A.²⁹,Dhamija A.⁶,Dixit P.³⁰,Dong X.²⁰,Drachenberg J. L.¹¹,Duckworth E.³¹,Dunlop J. C.²⁶,Engelage J.¹⁴,Eppley G.³²,Esumi S.³³,Evdokimov O.²⁷,Eyser O.²⁶,Fatemi R.³⁴,Fazio S.³⁵,Feng C. J.³⁶,Feng Y.³⁷,Finch E.³⁸,Fisyak Y.²⁶,Flor F. A.¹⁹,Fu C.³⁹,Gao T.²³,Geurts F.³²,Ghimire N.⁴⁰,Gibson A.⁴¹,Gopal K.⁴²,Gou X.²³,Grosnick D.⁴¹,Gupta A.¹⁵,Hamed A.¹,Han Y.³²,Harasty M. D.¹⁴,Harris J. W.¹⁹,Harrison-Smith H.³⁴,He W.²⁴,He X. H.³⁹,He Y.²³,Hu C.⁴³,Hu Q.³⁹,Hu Y.²⁰,Huang H.³⁶,Huang H. Z.¹⁴,Huang S. L.¹⁶,Huang T.²⁷,Huang X.²⁵,Huang Y.²⁵,Huang Y.⁴⁴,Humanic T. J.⁴,Isshiki M.³³,Jacobs W. W.²¹,Jalotra A.¹⁵,Jena C.⁴²,Ji Y.²⁰,Jia J.²⁶¹⁶,Jin C.³²,Ju X.⁴⁵,Judd E. G.¹⁴,Kabana S.¹²,Kalinkin D.³⁴,Kang K.²⁵,Kapukchyan D.¹⁴,Kauder K.²⁶,Keane D.³¹,Kechechyan A.⁵,Khanal A.⁴⁶,Kiselev A.²⁶,Knospe A. G.⁴⁷,Ko H. S.²⁰,Kochenda L.⁹,Korobitsin A. A.⁵,Kraeva A. Yu.⁹,Kravtsov P.⁹,Kumar L.⁶,Labonte M. C.¹⁴,Lacey R.¹⁶,Landgraf J. M.²⁶,Lebedev A.²⁶,Lednicky R.⁵,Lee J. H.²⁶,Leung Y. H.²⁸,Lewis N.²⁶,Li C.²³,Li D.⁴⁵,Li H-S.³⁷,Li H.⁴⁸,Li W.³²,Li X.⁴⁵,Li Y.⁴⁵,Li Y.²⁵,Li Z.⁴⁵,Liang X.¹⁴,Liang Y.³¹,Lin T.²³,Lin Y.⁴⁹,Liu C.³⁹,Liu G.⁵⁰,Liu H.⁴⁴,Liu L.⁴⁴,Liu T.¹⁹,Liu X.⁴,Liu Y.²,Liu Z.⁴⁴,Ljubicic T.³²,Lomicky O.³,Longacre R. S.²⁶,Loyd E. M.¹⁴,Lu T.³⁹,Luo J.⁴⁵,Luo X. F.⁴⁴,Luong V. B.⁵,Ma L.²⁴,Ma R.²⁶,Ma Y. G.²⁴,Magdy N.¹⁶,Manikandhan R.¹³,Margetis S.³¹,Matis H. S.²⁰,McNamara G.⁴⁶,Mezhanska O.³,Mi K.⁴⁴,Minaev N. G.²⁹,Mohanty B.⁵¹,Mondal M. M.⁵¹,Mooney I.¹⁹,Morozov D. A.²⁹,Mudrokh A.⁵,Nagy M. I.¹⁷,Nain A. S.⁶,Nam J. D.⁴⁰,Nasim M.³⁰,Nedorezov E.⁵,Neff D.¹⁴,Nelson J. M.¹⁴,Nemes D. B.¹⁹,Nie M.²³,Nigmatkulov G.²⁷,Niida T.³³,Nogach L. V.²⁹,Nonaka T.³³,Odyniec G.²⁰,Ogawa A.²⁶,Oh S.⁵²,Okorokov V. A.⁹,Okubo K.³³,Page B. S.²⁶,Pak R.²⁶,Pal S.³,Pandav A.²⁰,Pandey A. K.³⁹,Panebratsev Y.⁵,Pani T.⁵³,Parfenov P.⁹,Paul A.¹⁴,Perkins C.¹⁴,Pokhrel B. R.⁴⁰,Posik M.⁴⁰,Povarov A.⁹,Protzman T.⁴⁷,Pruthi N. K.⁶,Putschke J.⁴⁶,Qin Z.²⁵,Qiu H.³⁹,Racz C.¹⁴,Radhakrishnan S. K.³¹,Rana A.⁶,Ray R. L.⁵⁴,Ritter H. G.²⁰,Robertson C. W.³⁷,Rogachevsky O. V.⁵,Aguilar M. A. Rosales³⁴,Roy D.⁵³,Ruan L.²⁶,Sahoo A. K.³⁰,Sahoo N. R.⁴²,Sako H.³³,Salur S.⁵³,Samigullin E.⁸,Sato S.³³,Schaefer B. C.⁴⁷,Schmidke W. B.²⁶,Schmitz N.⁵⁵,Seger J.⁵⁶,Seto R.¹⁴,Seyboth P.⁵⁵,Shah N.¹⁰,Shahaliev E.⁵,Shanmuganathan P. V.²⁶,Shao T.²⁴,Sharma M.¹⁵,Sharma N.³⁰,Sharma R.⁴²,Sharma S. R.⁴²,Sheikh A. I.³¹,Shen D.²³,Shen D. Y.²⁴,Shen K.⁴⁵,Shi S. S.⁴⁴,Shi Y.²³,Shou Q. Y.²⁴,Si F.⁴⁵,Singh J.⁶,Singha S.³⁹,Sinha P.⁴²,Skoby M. J.⁵⁷³⁷,Söhngen Y.²⁸,Song Y.¹⁹,Srivastava B.³⁷,Stanislaus T. D. S.⁴¹,Stewart D. J.⁴⁶,Strikhanov M.⁹,Stringfellow B.³⁷,Su Y.⁴⁵,Sun C.¹⁶,Sun X.³⁹,Sun Y.⁴⁵,Sun Y.⁵⁸,Surrow B.⁴⁰,Svirida D. N.⁸,Sweger Z. W.¹⁴,Tamis A. C.¹⁹,Tang A. H.²⁶,Tang Z.⁴⁵,Taranenko A.⁹,Tarnowsky T.⁵⁹,Thomas J. H.²⁰,Tlusty D.⁵⁶,Todoroki T.³³,Tokarev M. V.⁵,Trentalange S.¹⁴,Tribedy P.²⁶,Tsai O. D.¹⁴²⁶,Tsang C. Y.³¹²⁶,Tu Z.²⁶,Tyler J.²,Ullrich T.²⁶,Underwood D. G.⁶⁰⁴¹,Upsal I.⁴⁵,Van Buren G.²⁶,Vasiliev A. N.²⁹⁹,Verkest V.⁴⁶,Videbæk F.²⁶,Vokal S.⁵,Voloshin S. A.⁴⁶,Wang F.³⁷,Wang G.¹⁴,Wang J. S.⁵⁸,Wang J.²³,Wang K.⁴⁵,Wang X.²³,Wang Y.⁴⁵,Wang Y.⁴⁴,Wang Y.²⁵,Wang Z.²³,Webb J. C.²⁶,Weidenkaff P. C.²⁸,Westfall G. D.⁵⁹,Wieman H.²⁰,Wilks G.²⁷,Wissink S. W.²¹,Wu J.⁴⁴,Wu J.³⁹,Wu X.¹⁴,Wu X.⁴⁵,Xi B.²⁴,Xiao Z. G.²⁵,Xie G.⁴³,Xie W.³⁷,Xu H.⁵⁸,Xu N.²⁰,Xu Q. H.²³,Xu Y.²³,Xu Y.⁴⁴,Xu Z.³¹,Xu Z.¹⁴,Yan G.²³,Yan Z.¹⁶,Yang C.²³,Yang Q.²³,Yang S.⁵⁰,Yang Y.³⁶,Ye Z.³²,Ye Z.²⁰,Yi L.²³,Yip K.²⁶,Yu Y.²³,Zha W.⁴⁵,Zhang C.²⁴,Zhang D.⁵⁰,Zhang J.²³,Zhang S.⁶¹,Zhang W.⁵⁰,Zhang X.³⁹,Zhang Y.³⁹,Zhang Y.⁴⁵,Zhang Y.²³,Zhang Y.⁴⁴,Zhang Z. J.³⁶,Zhang Z.²⁶,Zhang Z.²⁷,Zhao F.³⁹,Zhao J.²⁴,Zhao M.²⁶,Zhou J.⁴⁵,Zhou S.⁴⁴,Zhou Y.⁴⁴,Zhu X.²⁵,Zurek M.⁶⁰²⁶,Zyzak M.⁶²,

Affiliation:

1. American University in Cairo

2. Texas A&M University

3. Czech Technical University in Prague

4. The Ohio State University

5. Joint Institute for Nuclear Research

6. Panjab University

7. Variable Energy Cyclotron Centre

8. Alikhanov Institute for Theoretical and Experimental Physics NRC “Kurchatov Institute”

9. National Research Nuclear University MEPhI

10. Indian Institute Technology

11. Abilene Christian University

12. Instituto de Alta Investigación

13. University of Houston

14. University of California

15. University of Jammu

16. State University of New York

17. ELTE Eötvös Loránd University

18. Shanghai Institute of Applied Physics

19. Yale University

20. Lawrence Berkeley National Laboratory

21. Indiana University

22. National Institute of Technology Durgapur

23. Shandong University

24. Fudan University

25. Tsinghua University

26. Brookhaven National Laboratory

27. University of Illinois at Chicago

28. University of Heidelberg

29. NRC “Kurchatov Institute”

30. Indian Institute of Science Education and Research (IISER)

31. Kent State University

32. Rice University

33. University of Tsukuba

34. University of Kentucky

35. University of Calabria & INFN-Cosenza

36. National Cheng Kung University

37. Purdue University

38. Southern Connecticut State University

39. Institute of Modern Physics

40. Temple University

41. Valparaiso University

42. Indian Institute of Science Education and Research (IISER) Tirupati

43. University of Chinese Academy of Sciences

44. Central China Normal University

45. University of Science and Technology of China

46. Wayne State University

47. Lehigh University

48. Wuhan University of Science and Technology

49. Guangxi Normal University

50. South China Normal University

51. National Institute of Science Education and Research

52. Sejong University

53. Rutgers University

54. University of Texas

55. Max-Planck-Institut für Physik

56. Creighton University

57. Ball State University

58. Huzhou University

59. Michigan State University

60. Argonne National Laboratory

61. Chongqing University

62. Frankfurt Institute for Advanced Studies FIAS

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

National Natural Science Foundation of China

Chinese Academy of Sciences

National Science and Technology Major Project

National Cheng Kung University

National Research Foundation of Korea

Grantová Agentura České Republiky

Ministerstvo Školství, Mládeže a Tělovýchovy

Nemzeti Kutatási Fejlesztési és Innovációs Hivatal

Emberi Eroforrások Minisztériuma

Department of Atomic Energy, Government of India

Department of Science and Technology, Ministry of Science and Technology, India

Bundesministerium für Bildung und Forschung

Ministry of Education, Culture, Sports, Science and Technology

Japan Society for the Promotion of Science

Agencia Nacional de Investigación y Desarrollo

Publisher

American Physical Society (APS)

Link

http://harvest.aps.org/v2/journals/articles/10.1103/PhysRevC.110.014905/fulltext

Reference67 articles.

1. Strong P, CP, T violations in heavy-ion collisions

2. Possibility of Spontaneous Parity Violation in Hot QCD

3. Parity violation in hot QCD: Why it can happen, and how to look for it

4. The effects of topological charge change in heavy ion collisions: “Event by event and violation”

5. Report of the American Physical Society Study Group on Boost-Phase Intercept Systems for National Missile Defense: Scientific and Technical Issues

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1. Upper limit on the chiral magnetic effect in isobar collisions at the Relativistic Heavy-Ion Collider;Physical Review Research;2024-07-09