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Article: Common dermatoses; new drugs vs. old drugs in their treatment.

SPINKA, H M

1955 Volume 6, Issue 1, Page(s) 53–56

MeSH term(s)	Anal Canal ; Anus Diseases ; Dermatitis, Contact/therapy ; Drug Eruptions/therapy ; Humans ; Mycoses ; Pruritus ; Skin Diseases
Language	English
Publishing date	1955-02
Publishing country	United States
Document type	Journal Article
ZDB-ID	82006-4
ISSN	0002-9521
ISSN	0002-9521
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Article: Clinical values of the Kahn quantitative test.

SPINKA, H M

The Illinois medical journal

1947 Volume 92, Issue 3, Page(s) 168–170

MeSH term(s)	Syphilis Serodiagnosis
Language	English
Publishing date	1947-09
Publishing country	United States
Document type	Journal Article
ZDB-ID	426726-6
ISSN	0019-2120
ISSN	0019-2120
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Article: Observation of the charge symmetry breaking d+d-->4He+pi(0) reaction near threshold.

Stephenson, E J / Bacher, A D / Allgower, C E / Gårdestig, A / Lavelle, C M / Miller, G A / Nann, H / Olmsted, J / Pancella, P V / Pickar, M A / Rapaport, J / Rinckel, T / Smith, A / Spinka, H M / van Kolck, U

Physical review letters

2003 Volume 91, Issue 14, Page(s) 142302

Abstract: We report the first observation of the charge symmetry breaking d+d-->4He+pi(0) reaction near threshold. Measurements using a magnetic channel (gated by two photons) of the 4He scattering angle and momentum (from time of flight) permitted reconstruction ... ...

Abstract	We report the first observation of the charge symmetry breaking d+d-->4He+pi(0) reaction near threshold. Measurements using a magnetic channel (gated by two photons) of the 4He scattering angle and momentum (from time of flight) permitted reconstruction of the pi(0) "missing mass," the quantity used to separate 4He+pi(0) events from the continuum of double radiative capture 4He+gamma+gamma events. We measured total cross sections for neutral pion production of 12.7+/-2.2 pb at 228.5 MeV and 15.1+/-3.1 pb at 231.8 MeV. The uncertainty is dominated by statistical errors. These cross sections arise fundamentally from the down-up quark mass difference and quark electromagnetic effects that contribute in part through meson mixing (e.g., pi(0)-eta) mechanisms.
Language	English
Publishing date	2003-10-03
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.91.142302
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Article ; Online: Erratum: Global Polarization of Ξ and Ω Hyperons in Au+Au Collisions at sqrt[s_{NN}]=200 GeV [Phys. Rev. Lett. 126, 162301 (2021)].

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 / 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 / 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 / Csanád, 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 / 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 / Kikoła, D P / 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 / Kulathunga Mudiyanselage, N / Kumar, L / Kumar, S / Kunnawalkam Elayavalli, R / 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, W / Li, X / Li, Y / Liang, Y / Licenik, R / Lin, T / Lin, Y / Lisa, M A / Liu, F / Liu, H / 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 / Pintér, 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 / 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 / Videbæk, F / Vokal, S / Voloshin, S A / Wang, F / Wang, G / Wang, J S / Wang, P / 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 / Yang, C / Yang, Q / Yang, S / Yang, Y / Yang, Z / Ye, Z / Yi, L / Yip, K / Yu, Y / Zbroszczyk, H / Zha, W / Zhang, C / Zhang, D / Zhang, S / Zhang, X P / Zhang, Y / Zhang, Z J / Zhang, Z / Zhao, J / Zhong, C / Zhou, C / Zhu, X / Zhu, Z / Zurek, M / Zyzak, M

Physical review letters

2023 Volume 131, Issue 8, Page(s) 89901

Abstract: This corrects the article DOI: 10.1103/PhysRevLett.126.162301. ...

Abstract	This corrects the article DOI: 10.1103/PhysRevLett.126.162301.
Language	English
Publishing date	2023-09-04
Publishing country	United States
Document type	Published Erratum
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.131.089901
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Erratum: Azimuthal Anisotropy of K_{S}^{0} and Λ+Λ[over ¯] Production at Midrapidity from Au+Au Collisions at sqrt[s]_{NN}=130 GeV [Phys. Rev. Lett. 89, 132301 (2002)].

Adler, C / Ahammed, Z / Allgower, C / Amonett, J / Anderson, B D / Anderson, M / Averichev, G S / Balewski, J / Barannikova, O / Barnby, L S / Baudot, J / Bekele, S / Belaga, V V / Bellwied, R / Berger, J / Bichsel, H / Billmeier, A / Bland, L C / Blyth, C O /

Bonner, B E / Boucham, A / Brandin, A / Bravar, A / Cadman, R V / Caines, H / Calderón de la Barca Sánchez, M / Cardenas, A / Carroll, J / Castillo, J / Castro, M / Cebra, D / Chaloupka, P / Chattopadhyay, S / Chen, Y / Chernenko, S P / Cherney, M / Chikanian, A / Choi, B / Christie, W / Coffin, J P / Cormier, T M / Cramer, J G / Crawford, H J / Csanád, M / Deng, W S / Derevschikov, A A / Didenko, L / Dietel, T / Draper, J E / Dunin, V B / Dunlop, J C / Eckardt, V / Efimov, L G / Emelianov, V / Engelage, J / Eppley, G / Erazmus, B / Fachini, P / Faine, V / Filimonov, K / Finch, E / Fisyak, Y / Flierl, D / Foley, K J / Fu, J / Gagliardi, C A / Gagunashvili, N / Gans, J / Gaudichet, L / Germain, M / Geurts, F / Ghazikhanian, V / Grachov, O / Grigoriev, V / Guedon, M / Gushin, E / Hallman, T J / Hardtke, D / Harris, J W / Henry, T W / Heppelmann, S / Herston, T / Hippolyte, B / Hirsch, A / Hjort, E / Hoffmann, G W / Horsley, M / Huang, H Z / Humanic, T J / Igo, G / Ishihara, A / Ivanshin, Yu I / Jacobs, P / Jacobs, W W / Janik, M / Johnson, I / Jones, P G / Judd, E G / Kaneta, M / Kaplan, M / Keane, D / Kiryluk, J / Kisiel, A / Klay, J / Klein, S R / Klyachko, A / Konstantinov, A S / Kopytine, M / Kotchenda, L / Kovalenko, A D / Kramer, M / Kravtsov, P / Krueger, K / Kuhn, C / Kulikov, A I / Kunde, G J / Kunz, C L / Kutuev, R Kh / Kuznetsov, A A / Lakehal-Ayat, L / Lamont, M A C / Landgraf, J M / Lange, S / Lansdell, C P / Lasiuk, B / Laue, F / Lebedev, A / Lednický, R / Leontiev, V M / LeVine, M J / Li, Q / Lindenbaum, S J / Lisa, M A / Liu, F / Liu, L / Liu, Z / Liu, Q J / Ljubicic, T / Llope, W J / LoCurto, G / Long, H / Longacre, R S / Lopez-Noriega, M / Love, W A / Ludlam, T / Lynn, D / Ma, J / Ma, R / Majka, R / Margetis, S / Markert, C / Martin, L / Marx, J / Matis, H S / Matulenko, Yu A / McShane, T S / Meissner, F / Melnick, Yu / Meschanin, A / Messer, M / Miller, M L / Milosevich, Z / Minaev, N G / Mitchell, J / Moiseenko, V A / Moore, C F / Morozov, V / de Moura, M M / Munhoz, M G / Nelson, J M / Nevski, P / Niida, T / Nikitin, V A / Nogach, L V / Norman, B / Nurushev, S B / Odyniec, G / Ogawa, A / Okorokov, V / Oldenburg, M / Olson, D / Paic, G / Pandey, S U / Panebratsev, Y / Panitkin, S Y / Pavlinov, A I / Pawlak, T / Perevoztchikov, V / Peryt, W / Petrov, V A / Planinic, M / Pluta, J / Porile, N / Porter, J / Poskanzer, A M / Potrebenikova, E / Prindle, D / Pruneau, C / Putschke, J / Rai, G / Rakness, G / Ravel, O / Ray, R L / Razin, S V / Reichhold, D / Reid, J G / Retiere, F / Ridiger, A / Ritter, H G / Roberts, J B / Rogachevski, O V / Romero, J L / Rose, A / Roy, C / Rykov, V / Sakrejda, I / Salur, S / Sandweiss, J / Saulys, A C / Savin, I / Schambach, J / Scharenberg, R P / Schmitz, N / Schroeder, L S / Schüttauf, A / Schweda, K / Seger, J / Seliverstov, D / Seyboth, P / Shahaliev, E / Shestermanov, K E / Shimanskii, S S / Shvetcov, V S / Skoro, G / Smirnov, N / Snellings, R / Sorensen, P / Sowinski, J / Spinka, H M / Srivastava, B / Stephenson, E J / Stock, R / Stolpovsky, A / Strikhanov, M / Stringfellow, B / Struck, C / Suaide, A A P / Sugarbaker, E / Suire, C / Šumbera, M / Surrow, B / Symons, T J M / Szanto de Toledo, A / Szarwas, P / Tai, A / Takahashi, J / Tang, A H / Thomas, J H / Thompson, M / Tikhomirov, V / Todoroki, T / Tokarev, M / Tonjes, M B / Trainor, T A / Trentalange, S / Tribble, R E / Trofimov, V / Tsai, O / Ullrich, T / Underwood, D G / Van Buren, G / VanderMolen, A M / Vasilevski, I M / Vasiliev, A N / Vigdor, S E / Voloshin, S A / Wang, F / Ward, H / Watson, J W / Wells, R / Westfall, G D / Whitten, C / Wieman, H / Willson, R / Wissink, S W / Witt, R / Wood, J / Xu, N / Xu, Z / Yakutin, A E / Yamamoto, E / Yang, J / Yepes, P / Yurevich, V I / Zanevski, Y V / Zborovský, I / Zhang, H / Zhang, W M / Zoulkarneev, R / Zubarev, A N

Physical review letters

2021 Volume 127, Issue 8, Page(s) 89901

Abstract: This corrects the article DOI: 10.1103/PhysRevLett.89.132301. ...

Abstract	This corrects the article DOI: 10.1103/PhysRevLett.89.132301.
Language	English
Publishing date	2021-09-03
Publishing country	United States
Document type	Published Erratum
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.127.089901
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Probing the Gluonic Structure of the Deuteron with J/ψ Photoproduction in d+Au Ultraperipheral Collisions.

Abdallah, M S / Aboona, B E / Adam, J / Adamczyk, L / Adams, J R / Adkins, J K / Agakishiev, G / Aggarwal, I / Aggarwal, M M / Ahammed, Z / Aitbaev, A / 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 / 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 / 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 / Dixit, P / Dong, X / Drachenberg, J L / Duckworth, E / Dunlop, J C / Engelage, J / Eppley, G / Esumi, S / Evdokimov, O / Ewigleben, A / Eyser, O / Fatemi, R / Fawzi, F M / Fazio, S / Federic, P / Fedorisin, J / Feng, C J / Feng, Y / Finch, E / Fisyak, Y / Francisco, A / Fu, C / Gagliardi, C A / Galatyuk, T / Geurts, F / Ghimire, N / Gibson, A / Gopal, K / Gou, X / Grosnick, D / Gupta, A / Guryn, W / 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 / Herrmann, N / Hoffman, E / Holub, L / Hu, C / Hu, Q / Hu, Y / Huang, H / Huang, H Z / Huang, S L / Huang, T / Huang, X / Huang, Y / Humanic, T J / Isenhower, D / Isshiki, M / 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 / Kelsey, M / Kikoła, D P / Kimelman, B / Kincses, D / Kisel, I / Kiselev, A / Knospe, A G / Ko, H S / Kochenda, L / Korobitsin, A / Kosarzewski, L K / Kramarik, L / Kravtsov, P / Kumar, L / Kumar, S / Kunnawalkam Elayavalli, R / Kwasizur, J H / Lacey, R / Lan, S / Landgraf, J M / Lauret, J / Lebedev, A / Lednicky, R / Lee, J H / Leung, Y H / Lewis, N / 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, P / Liu, T / Liu, X / Liu, Y / Liu, Z / Ljubicic, T / Llope, W J / Longacre, R S / Loyd, E / Lu, T / Lukow, N S / Luo, X F / Ma, L / Ma, R / Ma, Y G / Magdy Abdelwahab Abdelrahman, N / Mallick, D / Manukhov, S L / 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 / Okubo, K / Page, B S / Pak, R / Pan, J / Pandav, A / Pandey, A K / Panebratsev, Y / Parfenov, P / Paul, A / Pawlik, B / Pawlowska, D / Perkins, C / 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 / Romero, J L / Roy, D / Ruan, L / Sahoo, A K / Sahoo, N R / Sako, H / Salur, S / Samigullin, E / Sandweiss, J / Sato, S / Schmidke, W B / Schmitz, N / Schweid, B R / Seck, F / Seger, J / Seto, R / Seyboth, P / Shah, N / Shahaliev, E / Shanmuganathan, P V / Shao, M / Shao, T / Sharma, R / Sheikh, A I / Shen, D Y / Shi, S S / Shi, Y / Shou, Q Y / Sichtermann, E P / Sikora, R / Simko, M / Singh, J / Singha, S / Sinha, P / Skoby, M J / Smirnov, N / Söhngen, Y / Solyst, W / Song, Y / Spinka, H M / Srivastava, B / Stanislaus, T D S / Stefaniak, M / Stewart, D J / Strikhanov, M / Stringfellow, B / Suaide, A A P / Sumbera, M / Sun, X M / Sun, X / 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, X / Wang, Y / Wang, Z / Webb, J C / Weidenkaff, P C / Westfall, G D / Wieman, H / Wissink, S W / Witt, R / Wu, J / Wu, Y / Xi, B / Xiao, Z G / Xie, G / Xie, W / Xu, H / Xu, N / Xu, Q H / Xu, Y / Xu, Z / Yan, G / Yang, C / Yang, Q / Yang, S / Yang, Y / Ye, Z / Yi, L / Yip, K / Yu, Y / Zbroszczyk, H / Zha, W / Zhang, C / Zhang, D / Zhang, J / Zhang, S / Zhang, Y / Zhang, Z J / Zhang, Z / Zhao, F / Zhao, J / Zhao, M / Zhou, C / Zhou, Y / Zhu, X / Zurek, M / Zyzak, M

Physical review letters

2022 Volume 128, Issue 12, Page(s) 122303

Abstract: Understanding gluon density distributions and how they are modified in nuclei are among the most important goals in nuclear physics. In recent years, diffractive vector meson production measured in ultraperipheral collisions (UPCs) at heavy-ion colliders ...

Abstract	Understanding gluon density distributions and how they are modified in nuclei are among the most important goals in nuclear physics. In recent years, diffractive vector meson production measured in ultraperipheral collisions (UPCs) at heavy-ion colliders has provided a new tool for probing the gluon density. In this Letter, we report the first measurement of J/ψ photoproduction off the deuteron in UPCs at the center-of-mass energy sqrt[s_{NN}]=200 GeV in d+Au collisions. The differential cross section as a function of momentum transfer -t is measured. In addition, data with a neutron tagged in the deuteron-going zero-degree calorimeter is investigated for the first time, which is found to be consistent with the expectation of incoherent diffractive scattering at low momentum transfer. Theoretical predictions based on the color glass condensate saturation model and the leading twist approximation nuclear shadowing model are compared with the data quantitatively. A better agreement with the saturation model has been observed. With the current measurement, the results are found to be directly sensitive to the gluon density distribution of the deuteron and the deuteron breakup process, which provides insights into the nuclear gluonic structure.
Language	English
Publishing date	2022-04-08
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.128.122303
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Measurement of the Sixth-Order Cumulant of Net-Proton Multiplicity Distributions in Au+Au Collisions at sqrt[s_{NN}]=27, 54.4, and 200 GeV at RHIC.

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 / Duckworth, E / Dunlop, J C / Elsey, N / Engelage, J / Eppley, G / Esumi, S / Evdokimov, O / 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 / 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 / Lacey, R / Lan, S / Landgraf, J M / Lauret, J / Lebedev, A / Lednicky, R / Lee, J H / Leung, Y H / 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, 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 / 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, 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 / Yang, C / Yang, Q / Yang, S / Yang, Y / Ye, Z / Yi, L / Yip, K / Yu, Y / Zbroszczyk, H / Zha, W / Zhang, C / Zhang, D / Zhang, J / Zhang, S / Zhang, X P / Zhang, Y / Zhang, Z J / Zhang, Z / Zhao, J / Zhou, C / Zhu, X / Zhu, Z / Zurek, M / Zyzak, M

Physical review letters

2022 Volume 127, Issue 26, Page(s) 262301

Abstract: According to first-principle lattice QCD calculations, the transition from quark-gluon plasma to hadronic matter is a smooth crossover in the region μ_{B}≤T_{c}. In this range the ratio, C_{6}/C_{2}, of net-baryon distributions are predicted to be ... ...

Abstract	According to first-principle lattice QCD calculations, the transition from quark-gluon plasma to hadronic matter is a smooth crossover in the region μ_{B}≤T_{c}. In this range the ratio, C_{6}/C_{2}, of net-baryon distributions are predicted to be negative. In this Letter, we report the first measurement of the midrapidity net-proton C_{6}/C_{2} from 27, 54.4, and 200 GeV Au+Au collisions at the Relativistic Heavy Ion Collider (RHIC). The dependence on collision centrality and kinematic acceptance in (p_{T}, y) are analyzed. While for 27 and 54.4 GeV collisions the C_{6}/C_{2} values are close to zero within uncertainties, it is observed that for 200 GeV collisions, the C_{6}/C_{2} ratio becomes progressively negative from peripheral to central collisions. Transport model calculations without critical dynamics predict mostly positive values except for the most central collisions within uncertainties. These observations seem to favor a smooth crossover in the high-energy nuclear collisions at top RHIC energy.
Language	English
Publishing date	2022-01-14
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.127.262301
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Search for the Chiral Magnetic Effect via Charge-Dependent Azimuthal Correlations Relative to Spectator and Participant Planes in Au+Au Collisions at sqrt[s_{NN}]=200 GeV.

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 / 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, W / Li, X / Li, Y / Liang, X / Liang, Y / Licenik, R / Lin, T / Lin, Y / Lisa, M A / Liu, F / 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 / 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, 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 / Yang, C / Yang, Q / Yang, S / Yang, Y / Ye, Z / Yi, L / Yip, K / Yu, Y / Zbroszczyk, H / Zha, W / Zhang, C / Zhang, D / Zhang, S / Zhang, X P / Zhang, Y / Zhang, Z J / Zhang, Z / Zhao, J / Zhou, C / Zhu, X / Zhu, Z / Zurek, M / Zyzak, M

Physical review letters

2022 Volume 128, Issue 9, Page(s) 92301

Abstract: The chiral magnetic effect (CME) refers to charge separation along a strong magnetic field due to imbalanced chirality of quarks in local parity and charge-parity violating domains in quantum chromodynamics. The experimental measurement of the charge ... ...

Abstract	The chiral magnetic effect (CME) refers to charge separation along a strong magnetic field due to imbalanced chirality of quarks in local parity and charge-parity violating domains in quantum chromodynamics. The experimental measurement of the charge separation is made difficult by the presence of a major background from elliptic azimuthal anisotropy. This background and the CME signal have different sensitivities to the spectator and participant planes, and could thus be determined by measurements with respect to these planes. We report such measurements in Au+Au collisions at a nucleon-nucleon center-of-mass energy of 200 GeV at the Relativistic Heavy-Ion Collider. It is found that the charge separation, with the flow background removed, is consistent with zero in peripheral (large impact parameter) collisions. Some indication of finite CME signals is seen in midcentral (intermediate impact parameter) collisions. Significant residual background effects may, however, still be present.
Language	English
Publishing date	2022-03-18
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.128.092301
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Evidence for Nonlinear Gluon Effects in QCD and Their Mass Number Dependence at STAR.

Abdallah, M S / Aboona, B E / 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 / 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 / Dixit, P / Dong, X / Drachenberg, J L / Duckworth, E / Dunlop, J C / Elsey, N / Engelage, J / Eppley, G / Esumi, S / Evdokimov, O / 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 / 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 / Kelsey, M / Khyzhniak, Y V / Kikoła, D P / Kim, C / Kimelman, B / Kincses, D / Kisel, I / Kiselev, A / Knospe, A G / Ko, H S / Kochenda, L / Kosarzewski, L K / Kramarik, L / Kravtsov, P / Kumar, L / Kumar, S / Kunnawalkam Elayavalli, R / Kwasizur, J H / Lacey, R / Lan, S / Landgraf, J M / Lauret, J / Lebedev, A / Lednicky, R / Lee, J H / Leung, Y H / Lewis, N / 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, P / Liu, T / Liu, X / Liu, Y / Liu, Z / Ljubicic, T / Llope, W J / Longacre, R S / Loyd, E / Lukow, N S / Luo, X F / Ma, L / Ma, R / Ma, Y G / Magdy Abdelwahab Abdelrahman, N / 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 / Pan, J / Pandav, A / Pandey, A K / Panebratsev, Y / Parfenov, P / Pawlik, B / Pawlowska, D / 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 / Roy, D / Ruan, L / Rusnak, J / Sahoo, A K / 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 Y / 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 / 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, X / 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 / Yan, G / Yang, C / Yang, Q / Yang, S / Yang, Y / Ye, Z / Yi, L / Yip, K / Yu, Y / Zbroszczyk, H / Zha, W / Zhang, C / Zhang, D / Zhang, J / Zhang, S / Zhang, X P / Zhang, Y / Zhang, Z J / Zhang, Z / Zhao, J / Zhou, C / Zhou, Y / Zhu, X / Zurek, M / Zyzak, M

Physical review letters

2022 Volume 129, Issue 9, Page(s) 92501

Abstract: The STAR Collaboration reports measurements of back-to-back azimuthal correlations of di-π^{0}s produced at forward pseudorapidities (2.6<η<4.0) in p+p, p+Al, and p+Au collisions at a center-of-mass energy of 200 GeV. We observe a clear suppression of ... ...

Abstract	The STAR Collaboration reports measurements of back-to-back azimuthal correlations of di-π^{0}s produced at forward pseudorapidities (2.6<η<4.0) in p+p, p+Al, and p+Au collisions at a center-of-mass energy of 200 GeV. We observe a clear suppression of the correlated yields of back-to-back π^{0} pairs in p+Al and p+Au collisions compared to the p+p data. The observed suppression of back-to-back pairs as a function of transverse momentum suggests nonlinear gluon dynamics arising at high parton densities. The larger suppression found in p+Au relative to p+Al collisions exhibits a dependence of the saturation scale Q_{s}^{2} on the mass number A. A linear scaling of the suppression with A^{1/3} is observed with a slope of -0.09±0.01.
Language	English
Publishing date	2022-09-09
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.129.092501
Database	MEDical Literature Analysis and Retrieval System OnLINE

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Article ; Online: Measurements of _{Λ}^{3}H and _{Λ}^{4}H Lifetimes and Yields in Au+Au Collisions in the High Baryon Density Region.

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 / 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 / Dixit, P / Dong, X / Drachenberg, J L / Duckworth, E / Dunlop, J C / Elsey, N / Engelage, J / Eppley, G / Esumi, S / Evdokimov, O / 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 / 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 / Kelsey, M / Khyzhniak, Y V / Kikoła, D P / Kim, C / Kimelman, B / Kincses, D / Kisel, I / Kiselev, A / Knospe, A G / Ko, H S / Kochenda, L / Kosarzewski, L K / Kramarik, L / Kravtsov, P / Kumar, L / Kumar, S / Kunnawalkam Elayavalli, R / Kwasizur, J H / Lacey, R / Lan, S / Landgraf, J M / Lauret, J / Lebedev, A / Lednicky, R / Lee, J H / Leung, Y H / Lewis, N / 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, P / Liu, T / Liu, X / Liu, Y / Liu, Z / Ljubicic, T / Llope, W J / Longacre, R S / Loyd, E / Lukow, N S / Luo, X F / Ma, L / Ma, R / Ma, Y G / Magdy, N / 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 / Pan, J / Pandav, A / Pandey, A K / Panebratsev, Y / Parfenov, P / Pawlik, B / Pawlowska, D / 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 / Roy, D / Ruan, L / Rusnak, J / Sahoo, A K / 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 Y / 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 / 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 / Videbaek, F / Vokal, S / Voloshin, S A / Wang, F / Wang, G / Wang, J S / Wang, P / Wang, X / Wang, Y / Wang, Z / Webb, J C / Weidenkaff, P C / Wen, L / Westfall, G D / Wieman, H / Wissink, S W / Witt, R / Wu, J / Wu, Y / Xi, B / Xiao, Z G / Xie, G / Xie, W / Xu, H / Xu, N / Xu, Q H / Xu, Y / Xu, Z / Yan, G / Yang, C / Yang, Q / Yang, S / Yang, Y / Ye, Z / Yi, L / Yip, K / Yu, Y / Zbroszczyk, H / Zha, W / Zhang, C / Zhang, D / Zhang, J / Zhang, S / Zhang, X P / Zhang, Y / Zhang, Z J / Zhang, Z / Zhao, J / Zhou, C / Zhou, Y / Zhu, X / Zurek, M / Zyzak, M

Physical review letters

2022 Volume 128, Issue 20, Page(s) 202301

Abstract: We report precision measurements of hypernuclei _{Λ}^{3}H and _{Λ}^{4}H lifetimes obtained from Au+Au collisions at sqrt[s_{NN}]=3.0 GeV and 7.2 GeV collected by the STAR experiment at the Relativistic Heavy Ion Collider, and the first measurement of _{ ... ...

Abstract	We report precision measurements of hypernuclei _{Λ}^{3}H and _{Λ}^{4}H lifetimes obtained from Au+Au collisions at sqrt[s_{NN}]=3.0 GeV and 7.2 GeV collected by the STAR experiment at the Relativistic Heavy Ion Collider, and the first measurement of _{Λ}^{3}H and _{Λ}^{4}H midrapidity yields in Au+Au collisions at sqrt[s_{NN}]=3.0 GeV. _{Λ}^{3}H and _{Λ}^{4}H, being the two simplest bound states composed of hyperons and nucleons, are cornerstones in the field of hypernuclear physics. Their lifetimes are measured to be 221±15(stat)±19(syst) ps for _{Λ}^{3}H and 218±6(stat)±13(syst) ps for _{Λ}^{4}H. The p_{T}-integrated yields of _{Λ}^{3}H and _{Λ}^{4}H are presented in different centrality and rapidity intervals. It is observed that the shape of the rapidity distribution of _{Λ}^{4}H is different for 0%-10% and 10%-50% centrality collisions. Thermal model calculations, using the canonical ensemble for strangeness, describes the _{Λ}^{3}H yield well, while underestimating the _{Λ}^{4}H yield. Transport models, combining baryonic mean-field and coalescence (jam) or utilizing dynamical cluster formation via baryonic interactions (phqmd) for light nuclei and hypernuclei production, approximately describe the measured _{Λ}^{3}H and _{Λ}^{4}H yields. Our measurements provide means to precisely assess our understanding of the fundamental baryonic interactions with strange quarks, which can impact our understanding of more complicated systems involving hyperons, such as the interior of neutron stars or exotic hypernuclei.
Language	English
Publishing date	2022-06-03
Publishing country	United States
Document type	Journal Article
ZDB-ID	208853-8
ISSN	1079-7114 ; 0031-9007
ISSN (online)	1079-7114
ISSN	0031-9007
DOI	10.1103/PhysRevLett.128.202301
Database	MEDical Literature Analysis and Retrieval System OnLINE

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