Global Polarization of Ξ and Ω Hyperons in Au + Au Collisions at (S_(NN))~(1/2) = 200 GeV

Adam J.; Adamczyk L.; Adams J. R.; Adkins J. K.; Agakishiev G.; 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; Barish K.; Behera A.; Bellwied R.; Bhasin A.; Bielcik J.; Bielcikova J.; Bland L. C.; Bordyuzhin I. G.; Brandenburg J. D.; Brandin A. V; Butterworth J.; Caines H.; Sanchez M. Calderon de la Barca; Cebra D.; Chakaberia I; Chaloupka P.; Chan B. K.; Chang F-H; Chang Z.; Chankova-Bunzarova N.; Chatterjee A.; Chen D.; Chen J.; Chen J. H.; Chen X.; Chen Z.; Cheng J.; Cherney M.; Chevalier M.; Choudhury S.; Christie W.; Chu X.; Crawford H. J.; Csanad M.; Daugherity M.; Dedovich T. G.; Deppner I. M.; Derevschikov A. A.; Didenko L.; Dong X.; Drachenberg J. L.; Dunlop J. C.; Edmonds T.; Elsey N.; Engelage J.; Eppley G.; Esumi S.; Evdokimov O.; Ewigleben A.; Eyser O.; Fatemi R.; Fazio S.; Federic P.; Fedorisin J.; Feng C. J.; Feng Y.; Filip P.; Finch E.; Fisyak Y.; Francisco A.; Fulek L.; Gagliardi C. A.; Galatyuk T.; Geurts F.; Ghimire N.; Gibson A.; Gopal K.; Gou X.; Grosnick D.; Guryn W.; Hamad A. I; Hamed A.; Harabasz S.; Harris J. W.; He S.; He W.; He X. H.; He Y.; Heppelmann S.; Heppelmann S.; Herrmann N.; Hoffman E.; Holub L.; Hong Y.; Horvat S.; Hu Y.; Huang H. Z.; Huang S. L.; Huang T.; Huang X.; Humanic T. J.; Huo P.; Igo G.; Isenhower D.; Jacobs W. W.; Jena C.; Jentsch A.; Ji Y.; Jia J.; Jiang K.; Jowzaee S.; 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.; Kelsey M.; Khyzhniak Y. V; Kim C.; Kimelman B.; Kincses D.; Kinghorn T. A.; Kisel I; Kiselev A.; Kocan M.; Kochenda L.; Kosarzewski L. K.; Kramarik L.; Kravtsov P.; Krueger K.; Mudiyanselage N. Kulathunga; Kumar L.; Kumar S.; Elayavalli R. Kunnawalkam; Kwasizur J. H.; Lacey R.; Lan S.; Landgraf J. M.; Lauret J.; Lebedev A.; Lednicky R.; Lee J. H.; Leung Y. H.; Li C.; Li C.; Li W.; Li W.; Li X.; Li Y.; Liang Y.; Licenik R.; Lin T.; Lin Y.; Lisa M. A.; Liu F.; Liu H.; Liu P.; Liu P.; Liu T.; Liu X.; Liu Y.; Liu Z.; Ljubicic T.; Llope W. J.; Longacre R. S.; Lukow N. S.; Luo S.; Luo X.; Ma G. L.; 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.; Mooney I; Moravcova Z.; Morozov D. A.; Nagy M.; Nam J. D.; Nasim Md; Nayak K.; Neff D.; Nelson J. M.; Nemes D. B.; Nie M.; Nigmatkulov G.; Niida T.; Nogach L. V; Nonaka T.; Nunes A. S.; Odyniec G.; Ogawa A.; Oh S.; Okorokov V. A.; Page B. S.; Pak R.; Pandav A.; Panebratsev Y.; Pawlik B.; Pawlowska D.; Pei H.; Perkins C.; Pinsky L.; Pinter R. L.; Pluta J.; Pokhrel B. R.; Porter J.; Posik M.; Pruthi N. K.; Przybycien M.; Putschke J.; Qiu H.; Quintero A.; Radhakrishnan S. K.; Ramachandran S.; Ray R. L.; Reed R.; Ritter H. G.; 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.; Sheikh A. I; Shen W. Q.; Shi S. S.; Shi Y.; Shou Q. Y.; Sichtermann E. P.; Sikora R.; Simko M.; Singh J.; Singha S.; Smirnov N.; 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.; Szymanski P.; Tang A. H.; Tang Z.; Taranenko A.; Tarnowsky T.; Thomas J. H.; Timmins A. R.; Tlusty D.; Tokarev M.; Tomkiel C. A.; Trentalange S.; Tribble R. E.; Tribedy P.; Tripathy S. K.; Tsai O. D.; Tu Z.; Ullrich T.; Underwood D. G.; Upsal I; Van Buren G.; Vanek J.; Vasiliev A. N.; Vassiliev I; Videbaek 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.; Witt R.; Wu Y.; Xiao Z. G.; Xie G.; Xie W.; Xu H.; Xu N.; Xu Q. H.; Xu Y. F.; Xu Y.; Xu Z.; Xu Z.; Yang C.; Yang Q.; Yang S.; Yang Y.; Yang Z.; 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 Z. J.; Zhang Z.; Zhang Z.; Zhao J.; Zhong C.; Zhou C.; Zhu X.; Zhu Z.; Zurek M.; Zyzak M.

首页> 外文期刊>Physical review letters >Global Polarization of Ξ and Ω Hyperons in Au + Au Collisions at (S_(NN))~(1/2) = 200 GeV

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Global Polarization of Ξ and Ω Hyperons in Au + Au Collisions at (S_(NN))~(1/2) = 200 GeV

机译：AU + AU碰撞中的ξ和Ω超极化（S_（nn））〜（1/2）= 200 gev

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摘要

Global polarization of Xi and Omega hyperons has been measured for the first time in Au + Au collisions at root S-NN= 200 GeV. The measurements of the Xi(-) and (Xi) over bar (+) hyperon polarization have been performed by two independent methods, via analysis of the angular distribution of the daughter particles in the parity violating weak decay Xi - Lambda + pi, as well as by measuring the polarization of the daughter A hyperon, polarized via polarization transfer from its parent. The polarization, obtained by combining the results from the two methods and averaged over Xi(-) and (Xi) over bar (+), is measured to be P-Xi = 0.47 +/- 0.10(stat) +/- 0.23(syst)% for the collision centrality 20%-80%. The P-Xi is found to be slightly larger than the inclusive Lambda polarization and in reasonable agreement with a multiphase transport model. The P-Xi is found to follow the centrality dependence of the vorticity predicted in the model, increasing toward more peripheral collisions. The global polarization of Omega, P-Omega = 1.11 +/- 0.87(stat) +/- 1.97(syst)% was obtained by measuring the polarization of daughter Lambda in the decay Omega - Lambda + K, assuming the polarization transfer factor C-Omega Lambda = 1.

机译：在Root S-NN = 200 GEV的Au + Au碰撞中首次测量了XI和Omega超声的全局极化。通过分析截阵弱衰减Xi - ＆GT的奇偶校验中的女儿粒子的角分布，通过了两种独立方法进行了Xi（ - ）和（Xi）的测量，通过了两个独立的方法进行了两种独立方法。 Lambda + PI，以及测量子女超谐振的极化，通过父级通过极化转移偏振。通过将来自两种方法的结果组合并通过Xi（ - - ）和（Xi）的平均来获得的偏振，测量以＆ p-xi＆ = 0.47 +/- 0.10（STAT）+/- 0.23（SYST）％，适用于碰撞中心20％-80％。＆ p-xi＆被发现略大于包容性λ极化，与多相传输模型合理一致。＆ p-xi＆发现遵循模型中预测的涡度的中心依赖性，朝着更多外围碰撞增加。 ω的全局极化，＆ P-Omega＆ = 1.11 +/- 0.87（统计数据）+/- 1.97（SYST）％是通过测量蒸馏ω-＆gt中的女儿Lambda的极化而获得的。 Lambda + K，假设偏振转移因子C-Omega Lambda = 1。

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来源
《Physical review letters》 |2021年第16期|162301.1-162301.8|共8页
作者
Adam J.; Adamczyk L.; Adams J. R.; Adkins J. K.; Agakishiev G.; 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; Barish K.; Behera A.; Bellwied R.; Bhasin A.; Bielcik J.; Bielcikova J.; Bland L. C.; Bordyuzhin I. G.; Brandenburg J. D.; Brandin A. V; Butterworth J.; Caines H.; Sanchez M. Calderon de la Barca; Cebra D.; Chakaberia I; Chaloupka P.; Chan B. K.; Chang F-H; Chang Z.; Chankova-Bunzarova N.; Chatterjee A.; Chen D.; Chen J.; Chen J. H.; Chen X.; Chen Z.; Cheng J.; Cherney M.; Chevalier M.; Choudhury S.; Christie W.; Chu X.; Crawford H. J.; Csanad M.; Daugherity M.; Dedovich T. G.; Deppner I. M.; Derevschikov A. A.; Didenko L.; Dong X.; Drachenberg J. L.; Dunlop J. C.; Edmonds T.; Elsey N.; Engelage J.; Eppley G.; Esumi S.; Evdokimov O.; Ewigleben A.; Eyser O.; Fatemi R.; Fazio S.; Federic P.; Fedorisin J.; Feng C. J.; Feng Y.; Filip P.; Finch E.; Fisyak Y.; Francisco A.; Fulek L.; Gagliardi C. A.; Galatyuk T.; Geurts F.; Ghimire N.; Gibson A.; Gopal K.; Gou X.; Grosnick D.; Guryn W.; Hamad A. I; Hamed A.; Harabasz S.; Harris J. W.; He S.; He W.; He X. H.; He Y.; Heppelmann S.; Heppelmann S.; Herrmann N.; Hoffman E.; Holub L.; Hong Y.; Horvat S.; Hu Y.; Huang H. Z.; Huang S. L.; Huang T.; Huang X.; Humanic T. J.; Huo P.; Igo G.; Isenhower D.; Jacobs W. W.; Jena C.; Jentsch A.; Ji Y.; Jia J.; Jiang K.; Jowzaee S.; 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.; Kelsey M.; Khyzhniak Y. V; Kim C.; Kimelman B.; Kincses D.; Kinghorn T. A.; Kisel I; Kiselev A.; Kocan M.; Kochenda L.; Kosarzewski L. K.; Kramarik L.; Kravtsov P.; Krueger K.; Mudiyanselage N. Kulathunga; Kumar L.; Kumar S.; Elayavalli R. Kunnawalkam; Kwasizur J. H.; Lacey R.; Lan S.; Landgraf J. M.; Lauret J.; Lebedev A.; Lednicky R.; Lee J. H.; Leung Y. H.; Li C.; Li C.; Li W.; Li W.; Li X.; Li Y.; Liang Y.; Licenik R.; Lin T.; Lin Y.; Lisa M. A.; Liu F.; Liu H.; Liu P.; Liu P.; Liu T.; Liu X.; Liu Y.; Liu Z.; Ljubicic T.; Llope W. J.; Longacre R. S.; Lukow N. S.; Luo S.; Luo X.; Ma G. L.; 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.; Mooney I; Moravcova Z.; Morozov D. A.; Nagy M.; Nam J. D.; Nasim Md; Nayak K.; Neff D.; Nelson J. M.; Nemes D. B.; Nie M.; Nigmatkulov G.; Niida T.; Nogach L. V; Nonaka T.; Nunes A. S.; Odyniec G.; Ogawa A.; Oh S.; Okorokov V. A.; Page B. S.; Pak R.; Pandav A.; Panebratsev Y.; Pawlik B.; Pawlowska D.; Pei H.; Perkins C.; Pinsky L.; Pinter R. L.; Pluta J.; Pokhrel B. R.; Porter J.; Posik M.; Pruthi N. K.; Przybycien M.; Putschke J.; Qiu H.; Quintero A.; Radhakrishnan S. K.; Ramachandran S.; Ray R. L.; Reed R.; Ritter H. G.; 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.; Sheikh A. I; Shen W. Q.; Shi S. S.; Shi Y.; Shou Q. Y.; Sichtermann E. P.; Sikora R.; Simko M.; Singh J.; Singha S.; Smirnov N.; 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.; Szymanski P.; Tang A. H.; Tang Z.; Taranenko A.; Tarnowsky T.; Thomas J. H.; Timmins A. R.; Tlusty D.; Tokarev M.; Tomkiel C. A.; Trentalange S.; Tribble R. E.; Tribedy P.; Tripathy S. K.; Tsai O. D.; Tu Z.; Ullrich T.; Underwood D. G.; Upsal I; Van Buren G.; Vanek J.; Vasiliev A. N.; Vassiliev I; Videbaek 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.; Witt R.; Wu Y.; Xiao Z. G.; Xie G.; Xie W.; Xu H.; Xu N.; Xu Q. H.; Xu Y. F.; Xu Y.; Xu Z.; Xu Z.; Yang C.; Yang Q.; Yang S.; Yang Y.; Yang Z.; 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 Z. J.; Zhang Z.; Zhang Z.; Zhao J.; Zhong C.; Zhou C.; Zhu X.; Zhu Z.; Zurek M.; Zyzak M.;
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Brookhaven Natl Lab Upton NY 11973 USA;

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Joint Inst Nucl Res Dubna 141980 Russia;

Panjab Univ Chandigarh 160014 India;

Variable Energy Cyclotron Ctr Kolkata 700064 India;

NRC Kurchatov Inst Alikhanov Inst Theoret & Expt Phys Moscow 117218 Russia|Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

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Joint Inst Nucl Res Dubna 141980 Russia;

Brookhaven Natl Lab Upton NY 11973 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Kent State Univ Kent OH 44242 USA;

Panjab Univ Chandigarh 160014 India;

Joint Inst Nucl Res Dubna 141980 Russia;

Univ Tarapaca Inst Alta Invest Arica 1000000 Chile;

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SUNY Stony Brook Stony Brook NY 11794 USA;

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Univ Jammu Jammu 180001 India;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

CAS Nucl Phys Inst Rez 25068 Czech Republic;

Brookhaven Natl Lab Upton NY 11973 USA;

NRC Kurchatov Inst Alikhanov Inst Theoret & Expt Phys Moscow 117218 Russia;

Brookhaven Natl Lab Upton NY 11973 USA;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

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Joint Inst Nucl Res Dubna 141980 Russia;

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Lehigh Univ Bethlehem PA 18015 USA;

Indiana Univ Bloomington IN 47408 USA;

Tsinghua Univ Beijing 100084 Peoples R China;

Univ Calif Riverside Riverside CA 92521 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Kent State Univ Kent OH 44242 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Univ Calif Riverside Riverside CA 92521 USA;

Univ Calif Davis Davis CA 95616 USA;

Eotvos Lorand Univ H-1117 Budapest Hungary;

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Frankfurt Inst Adv Studies FIAS D-60438 Frankfurt Germany;

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Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

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Univ Houston Houston TX 77204 USA;

Panjab Univ Chandigarh 160014 India;

Chinese Acad Sci Inst Modern Phys Lanzhou 730000 Gansu Peoples R China;

Wayne State Univ Detroit MI 48201 USA;

Indiana Univ Bloomington IN 47408 USA;

SUNY Stony Brook Stony Brook NY 11794 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Brookhaven Natl Lab Upton NY 11973 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

Rice Univ Houston TX 77251 USA;

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Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

Tsinghua Univ Beijing 100084 Peoples R China;

Kent State Univ Kent OH 44242 USA;

CAS Nucl Phys Inst Rez 25068 Czech Republic;

Texas A&M Univ College Stn TX 77843 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Ohio State Univ Columbus OH 43210 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Indiana Univ Bloomington IN 47408 USA;

SUNY Stony Brook Stony Brook NY 11794 USA;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Yale Univ New Haven CT 06520 USA;

Ohio State Univ Columbus OH 43210 USA;

Texas A&M Univ College Stn TX 77843 USA;

Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Wayne State Univ Detroit MI 48201 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Temple Univ Philadelphia PA 19122 USA;

Univ Illinois Chicago IL 60607 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Fudan Univ Shanghai 200433 Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Univ Illinois Chicago IL 60607 USA;

Yale Univ New Haven CT 06520 USA;

HBNI Natl Inst Sci Educ & Res Jatni 752050 India;

Kent State Univ Kent OH 44242 USA;

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Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Rutgers State Univ Piscataway NJ 08854 USA;

NRC Kurchatov Inst Inst High Energy Phys Protvino 142281 Russia;

Texas A&M Univ College Stn TX 77843 USA;

HBNI Natl Inst Sci Educ & Res Jatni 752050 India;

Wayne State Univ Detroit MI 48201 USA;

Czech Tech Univ FNSPE Prague 11519 Czech Republic;

NRC Kurchatov Inst Inst High Energy Phys Protvino 142281 Russia;

Eotvos Lorand Univ H-1117 Budapest Hungary;

Temple Univ Philadelphia PA 19122 USA;

Indian Inst Sci Educ & Res IISER Berhampur 760010 India;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Univ Calif Berkeley Berkeley CA 94720 USA;

Yale Univ New Haven CT 06520 USA;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Univ Tsukuba Tsukuba Ibaraki 3058571 Japan;

NRC Kurchatov Inst Inst High Energy Phys Protvino 142281 Russia;

Univ Tsukuba Tsukuba Ibaraki 3058571 Japan;

Brookhaven Natl Lab Upton NY 11973 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Natl Res Nucl Univ MEPhI Moscow 115409 Russia;

Brookhaven Natl Lab Upton NY 11973 USA;

Brookhaven Natl Lab Upton NY 11973 USA;

HBNI Natl Inst Sci Educ & Res Jatni 752050 India;

Joint Inst Nucl Res Dubna 141980 Russia;

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Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

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Eotvos Lorand Univ H-1117 Budapest Hungary;

Warsaw Univ Technol PL-00661 Warsaw Poland;

Temple Univ Philadelphia PA 19122 USA;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Temple Univ Philadelphia PA 19122 USA;

Panjab Univ Chandigarh 160014 India;

AGH Univ Sci & Technol FPACS PL-30059 Krakow Poland;

Wayne State Univ Detroit MI 48201 USA;

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Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

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AGH Univ Sci & Technol FPACS PL-30059 Krakow Poland;

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Chinese Acad Sci Inst Modern Phys Lanzhou 730000 Gansu Peoples R China;

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NRC Kurchatov Inst Alikhanov Inst Theoret & Expt Phys Moscow 117218 Russia;

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Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

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Frankfurt Inst Adv Studies FIAS D-60438 Frankfurt Germany;

Brookhaven Natl Lab Upton NY 11973 USA;

Joint Inst Nucl Res Dubna 141980 Russia;

Wayne State Univ Detroit MI 48201 USA;

Purdue Univ W Lafayette IN 47907 USA;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Huzhou Univ Huzhou 313000 Zhejiang Peoples R China;

Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Tsinghua Univ Beijing 100084 Peoples R China;

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Brookhaven Natl Lab Upton NY 11973 USA;

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Huzhou Univ Huzhou 313000 Zhejiang Peoples R China;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Brookhaven Natl Lab Upton NY 11973 USA;

Univ Calif Los Angeles Los Angeles CA 90095 USA;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

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Warsaw Univ Technol PL-00661 Warsaw Poland;

Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

SUNY Stony Brook Stony Brook NY 11794 USA;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Tsinghua Univ Beijing 100084 Peoples R China;

Univ Sci & Technol China Hefei 230026 Anhui Peoples R China;

Cent China Normal Univ Wuhan 430079 Hubei Peoples R China;

Natl Cheng Kung Univ Tainan 70101 Taiwan;

Brookhaven Natl Lab Upton NY 11973 USA;

Univ Illinois Chicago IL 60607 USA;

Purdue Univ W Lafayette IN 47907 USA;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Chinese Acad Sci Shanghai Inst Appl Phys Shanghai 201800 Peoples R China;

Tsinghua Univ Beijing 100084 Peoples R China;

Shandong Univ Qingdao 266237 Shandong Peoples R China;

Lawrence Berkeley Natl Lab Berkeley CA 94720 USA;

Frankfurt Inst Adv Studies FIAS D-60438 Frankfurt Germany;

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1. Polarization of Λ ((-Λ)) Hyperons along the Beam Direction in Au + Au Collisions at S_(NN)~(1/2)= 200 GeV [J] . Adam J., Adamczyk L., Adams J. R., Physical review letters . 2019,第13期

机译：在S_（NN）〜（1/2）= 200 GeV的Au + Au碰撞中，Λ（（-Λ））超子沿光束方向极化
2. Observation of Excess J/Ψ Yield at Very Low Transverse Momenta in Au + Au Collisions at S_(NN)~(1/2) = 200 GeV and U + U Collisions at S_(NN)~(1/2) =193 GeV [J] . Adam J., Adamczyk L., Adams J. R., Physical review letters . 2019,第13期

机译：在S_（NN）〜（1/2）= 200 GeV时Au + Au碰撞中非常低的横向Momenta处多余的J /Ψ产量的观察以及在S_（NN）〜（1/2）= 193 GeV时U + U碰撞中的U + U碰撞的观察
3. Dynamical freeze-out criterion in a hydrodynamical description of Au + Au collisions at s_(NN)~(1/2) = 200 GeV and Pb + Pb collisions at s_(NN)~(1/2) = 2760 GeV [J] . Saeed Ahmad, Hannu Holopainen, Pasi Huovinen Physical Review C . 2017,第期

机译：在S_（nn）〜（1/2）= 200 gev和pb + pb碰撞的Au + au碰撞中的动态冻结标准在s_（nn）〜（1/2）= 2760 gev
4. Charge asymmetry dependency of π/K anisotropic flow in U+U √s_(NN) = 193 GeV and Au+Au √s_(NN) = 200 GeV collisions at STAR [C] . Qi-Ye Shou Conference on Strangeness in Quark Matter . 2014

机译：π/ k各向异性流动的电荷不对称依赖性在U + U =（nn）= 193 gev和au +au√s_（nn）= 200 gev碰撞
5. Measurement of charm meson production in Au+Au collisions at √S NN =200 GEV. [D] . Quintero, Amilkar. 2016

机译：在√SNN = 200 GEV下测量Au + Au碰撞中的魅力介子产生。
6. Study of Dependence of Kinetic Freezeout Temperature on the Production Cross-Section of Particles in Various Centrality Intervals in Au–Au and Pb–Pb Collisions at High Energies [O] . Muhammad Waqas, Guang-Xiong Peng 2021

机译：高能量在Au-Au和Pb-Pb碰撞中各种中心间隔中粒子生产横截面术的依赖性研究
7. Low-$p_{m T}$ $e^+e^-$ pair production in Au+Au collisions at $sqrt{s_{m NN}}$ = 200 GeV and U+U collisions at $sqrt{s_{m NN}}$ = 193 GeV at STAR [O] . Shuai Yang 2019

机译：$ e ^ + e ^ - $ e ^ + e ^ - $配对在$ sqrt {s _ { rm nn}} $ 200 gev和u + U + U + U + U + U + U + SQRT {s _ { rm nn}} $ = 193 gev the star

Global Polarization of Ξ and Ω Hyperons in Au + Au Collisions at (S_(NN))~(1/2) = 200 GeV

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