Addendum: Dielectron production in proton-proton and proton-lead collisions at $$\sqrt{s_{NN}}$$ = 5.02 TeV

Journal Article · 07 February 2025 · Physical Review. C

DOI: https://doi.org/10.1103/PhysRevC.111.024905 · OSTI ID:2512422

Acharya, S.  ^[1]; Adamová, D.  ^[2]; Agarwal, A. ^[3]; Aglieri Rinella, G.  ^[4]; Aglietta, L.  ^[5]; Agnello, M.  ^[6]; Agrawal, N.  ^[7]; Ahammed, Z.  ^[3]; Ahmad, S.  ^[8]; Ahn, S. U.  ^[9]; Ahuja, I.  ^[10]; Akindinov, A.  ^[11]; Akishina, V. ^[12]; Al-Turany, M.  ^[13]; Aleksandrov, D.  ^[11]; Alessandro, B.  ^[14]; Alfanda, H. M.  ^[15]; Alfaro Molina, R.  ^[16]; Ali, B.  ^[8]; Alici, A.  ^[7] ; Alizadehvandchali, N.  ^[17]; Alkin, A.  ^[18]; Alme, J.  ^[19]; Alocco, G.  ^[20]; Alt, T.  ^[21]; Altamura, A. R.  ^[22]; Altsybeev, I.  ^[23]; Alvarado, J. R.  ^[24]; Alvarez, C. O. R. ^[24]; Anaam, M. N.  ^[15]; Andrei, C.  ^[25]; Andreou, N.  ^[26]; Andronic, A.  ^[27]; Andronov, E.  ^[11]; Anguelov, V.  ^[28]; Antinori, F.  ^[29]; Antonioli, P.  ^[30]; Apadula, N.  ^[31]; Aphecetche, L.  ^[32]; Appelshäuser, H.  ^[21]; Arata, C.  ^[33]; Arcelli, S.  ^[7]; Arnaldi, R.  ^[14]; Arneiro, J. G. M. C. A.  ^[34]; Arsene, I. C.  ^[35]; Arslandok, M.  ^[36]; Augustinus, A.  ^[4]; Averbeck, R.  ^[13]; Averyanov, D.  ^[11]; Azmi, M. D.  ^[8]; Baba, H. ^[37]; Badalà, A.  ^[38]; Bae, J.  ^[18]; Baek, Y. W.  ^[39]; Bai, X.  ^[40]; Bailhache, R.  ^[21]; Bailung, Y.  ^[41]; Bala, R.  ^[42]; Balbino, A.  ^[6]; Baldisseri, A.  ^[43]; Balis, B.  ^[44]; Banerjee, D.  ^[45]; Banoo, Z.  ^[42]; Barbasova, V. ^[10]; Barile, F.  ^[46]; Barioglio, L.  ^[14]; Barlou, M. ^[47]; Barman, B. ^[48]; Barnaföldi, G. G.  ^[49]; Barnby, L. S.  ^[26]; Barreau, E.  ^[32]; Barret, V.  ^[1]; Barreto, L.  ^[34]; Bartels, C.  ^[50]; Barth, K.  ^[4]; Bartsch, E.  ^[21]; Bastid, N.  ^[1]; Basu, S.  ^[51]; Batigne, G.  ^[32]; Battistini, D.  ^[23]; Batyunya, B.  ^[52]; Bauri, D. ^[53]; Bazo Alba, J. L.  ^[54]; Bearden, I. G.  ^[55]; Beattie, C.  ^[36]; Becht, P.  ^[13]; Behera, D.  ^[41]; Belikov, I.  ^[56]; Bell Hechavarria, A. D. C.  ^[27]; Bellini, F.  ^[7]; Bellwied, R.  ^[17]; Belokurova, S.  ^[11]; Beltran, L. G. E.  ^[57]; Beltran, Y. A. V.  ^[24]; Bencedi, G.  ^[49]; Bensaoula, A. ^[17]; Beole, S.  ^[5]; Berdnikov, Y.  ^[11]; Berdnikova, A.  ^[28]; Bergmann, L.  ^[28]; Besoiu, M. G.  ^[58]; Betev, L.  ^[4]; Bhaduri, P. P.  ^[3]; Bhasin, A.  ^[42]; Bhattacharjee, B.  ^[48]; Bianchi, L.  ^[5]; Bielčík, J.  ^[59]; Bielčíková, J.  ^[2]; Bigot, A. P.  ^[56]; Bilandzic, A.  ^[23]; Biro, G.  ^[49]; Biswas, S.  ^[45]; Bize, N.  ^[32]; Blair, J. T.  ^[60]; Blau, D.  ^[11]; Blidaru, M. B.  ^[13]; Bluhme, N. ^[12]; Blume, C.  ^[21]; Boca, G.  ^[61]; Bock, F.  ^[62]; Bodova, T.  ^[19]; Bok, J.  ^[63]; Boldizsár, L.  ^[49]; Bombara, M.  ^[10]; Bond, P. M.  ^[4]; Bonomi, G.  ^[64]; Borel, H.  ^[43]; Borissov, A.  ^[11]; Borquez Carcamo, A. G.  ^[28]; Botta, E.  ^[5]; Bouziani, Y. E. M.  ^[21]; Bratrud, L.  ^[21]; Braun-Munzinger, P.  ^[13]; Bregant, M.  ^[34]; Broz, M.  ^[59]; Bruno, G. E.  ^[65]; Buchakchiev, V. D.  ^[66]; Buckland, M. D.  ^[67]; Budnikov, D.  ^[11]; Buesching, H.  ^[21]; Bufalino, S.  ^[6]; Buhler, P.  ^[68]; Burmasov, N.  ^[11]; Buthelezi, Z.  ^[69]; Bylinkin, A.  ^[19]; Bysiak, S. A. ^[70]; Cabanillas Noris, J. C.  ^[57]; Cabrera, M. F. T. ^[17]; Cai, M.  ^[15]; Caines, H.  ^[36]; Caliva, A.  ^[71]; Calvo Villar, E.  ^[54]; Camacho, J. M. M.  ^[57]; Camerini, P.  ^[5]; Canedo, F. D. M.  ^[34]; Cantway, S. L.  ^[36]; Carabas, M.  ^[72]; Carballo, A. A.  ^[4]; Carnesecchi, F.  ^[4]; Caron, R.  ^[73]; Carvalho, L. A. D.  ^[34]; Castillo Castellanos, J.  ^[43]; Castoldi, M.  ^[4]; Catalano, F.  ^[4]; Cattaruzzi, S.  ^[5]; Ceballos Sanchez, C.  ^[52]; Cerri, R.  ^[5]; Chakaberia, I.  ^[31]; Chakraborty, P.  ^[74]; Chandra, S.  ^[3]; Chapeland, S.  ^[4]; Chartier, M.  ^[50]; Chattopadhay, S. ^[3]; Chattopadhyay, S.  ^[3]; Chattopadhyay, S.  ^[75]; Chen, M. ^[76]; Cheng, T.  ^[15]; Cheshkov, C.  ^[73]; Chibante Barroso, V.  ^[4]; Chinellato, D. D.  ^[77]; Chizzali, E. S.  ^[23]; Cho, J.  ^[78]; Cho, S.  ^[78]; Chochula, P.  ^[4]; Chochulska, Z. A. ^[74]; Choudhury, D. ^[48]; Christakoglou, P.  ^[79]; Christensen, C. H.  ^[55]; Christiansen, P.  ^[51]; Chujo, T.  ^[80]; Ciacco, M.  ^[6]; Cicalo, C.  ^[81]; Ciupek, M. R. ^[13]; Clai, G. ^[30]; Colamaria, F.  ^[22]; Colburn, J. S. ^[82]; Colella, D.  ^[46]; Colelli, A. ^[46]; Colocci, M.  ^[7]; Concas, M.  ^[4]; Conesa Balbastre, G.  ^[33]; Conesa del Valle, Z.  ^[83]; Contin, G.  ^[5]; Contreras, J. G.  ^[59]; Coquet, M. L.  ^[32]; Cortese, P.  ^[84]; Cosentino, M. R.  ^[85]; Costa, F.  ^[4]; Costanza, S.  ^[61]; Cot, C.  ^[83]; Crochet, P.  ^[1]; Cruz-Torres, R.  ^[31]; Czarnynoga, M. M. ^[74]; Dainese, A.  ^[29]; Dange, G. ^[12]; Danisch, M. C.  ^[28]; Danu, A.  ^[58]; Das, P.  ^[86]; Das, P.  ^[45]; Das, S.  ^[45]; Dash, A. R.  ^[27]; Dash, S.  ^[53]; De Caro, A.  ^[71]; de Cataldo, G.  ^[22]; de Cuveland, J. ^[12]; De Falco, A.  ^[5]; De Gruttola, D.  ^[71]; De Marco, N.  ^[14]; De Martin, C.  ^[5]; De Pasquale, S.  ^[71]; Deb, R.  ^[87]; Del Grande, R.  ^[23]; Dello Stritto, L.  ^[4]; Deng, W.  ^[15]; Devereaux, K. C. ^[88]; Dhankher, P.  ^[88]; Di Bari, D.  ^[46]; Di Mauro, A.  ^[4]; Diab, B.  ^[43]; Diaz, R. A.  ^[89]; Dietel, T.  ^[90]; Ding, Y.  ^[15]; Ditzel, J.  ^[21]; Divià, R.  ^[4]; Djuvsland, Ø. ^[19]; Dmitrieva, U.  ^[11]; Dobrin, A.  ^[58]; Dönigus, B.  ^[21]; Dubinski, J. M.  ^[74]; Dubla, A.  ^[13]; Dupieux, P.  ^[1]; Dzalaiova, N. ^[91]; Eder, T. M.  ^[27]; Ehlers, R. J.  ^[31]; Eisenhut, F.  ^[21]; Ejima, R.  ^[92]; Elia, D.  ^[22]; Erazmus, B.  ^[32]; Ercolessi, F.  ^[7]; Espagnon, B.  ^[83]; Eulisse, G.  ^[4]; Evans, D.  ^[82]; Evdokimov, S.  ^[11]; Fabbietti, L.  ^[23]; Faggin, M.  ^[5]; Faivre, J.  ^[33]; Fan, F.  ^[15]; Fan, W.  ^[31]; Fantoni, A.  ^[93]; Fasel, M.  ^[62]; Feliciello, A.  ^[14]; Feofilov, G.  ^[11]; Fernández Téllez, A.  ^[24]; Ferrandi, L.  ^[34]; Ferrer, M. B.  ^[4]; Ferrero, A.  ^[43]; Ferrero, C.  ^[14]; Ferretti, A.  ^[5]; Feuillard, V. J. G.  ^[28]; Filova, V.  ^[59]; Finogeev, D.  ^[11]; Fionda, F. M.  ^[81]; Flatland, E. ^[4]; Flor, F.  ^[94]; Flores, A. N.  ^[60]; Foertsch, S.  ^[95]; Fokin, I.  ^[28]; Fokin, S.  ^[11]; Follo, U.  ^[14]; Fragiacomo, E.  ^[96]; Frajna, E.  ^[49]; Fuchs, U.  ^[4]; Funicello, N.  ^[71]; Furget, C.  ^[33]; Furs, A.  ^[11]; Fusayasu, T.  ^[97]; Gaardhøje, J. J.  ^[55]; Gagliardi, M.  ^[5]; Gago, A. M.  ^[54]; Gahlaut, T. ^[53]; Galvan, C. D.  ^[57]; Gangadharan, D. R.  ^[17]; Ganoti, P.  ^[47]; Garabatos, C.  ^[13]; Garcia, J. M. ^[24]; García Chávez, T.  ^[24]; Garcia-Solis, E.  ^[98]; Gargiulo, C.  ^[4]; Gasik, P.  ^[13]; Gaur, H. M. ^[12]; Gautam, A.  ^[99]; Gay Ducati, M. B.  ^[100]; Germain, M.  ^[32]; Gernhaeuser, R. A. ^[23]; Ghosh, C. ^[3]; Giacalone, M.  ^[30]; Gioachin, G.  ^[6]; Giri, S. K. ^[3]; Giubellino, P.  ^[101]; Giubilato, P.  ^[7]; Glaenzer, A. M. C.  ^[43]; Glässel, P.  ^[28]; Glimos, E.  ^[102]; Goh, D. J. Q. ^[103]; Gonzalez, V.  ^[104]; Gordeev, P.  ^[11]; Gorgon, M.  ^[44]; Goswami, K.  ^[41]; Gotovac, S. ^[105]; Grabski, V.  ^[16]; Graczykowski, L. K.  ^[74]; Grecka, E.  ^[2]; Grelli, A.  ^[106]; Grigoras, C.  ^[4]; Grigoriev, V.  ^[11]; Grigoryan, S.  ^[107]; Grosa, F.  ^[4]; Grosse-Oetringhaus, J. F.  ^[4]; Grosso, R.  ^[13]; Grund, D.  ^[59]; Grunwald, N. A. ^[28]; Guardiano, G. G.  ^[77]; Guernane, R.  ^[33]; Guilbaud, M.  ^[32]; Gulbrandsen, K.  ^[55]; Gumprecht, J. J. W. K. ^[68]; Gündem, T.  ^[21]; Gunji, T.  ^[37]; Guo, W.  ^[15]; Gupta, A.  ^[42]; Gupta, R.  ^[42]; Gupta, R.  ^[41]; Gwizdziel, K.  ^[74]; Gyulai, L.  ^[49]; Hadjidakis, C.  ^[83]; Haider, F. U.  ^[42]; Haidlova, S.  ^[59]; Haldar, M. ^[45]; Hamagaki, H.  ^[103]; Han, Y.  ^[108]; Hanley, B. G.  ^[104]; Hansen, J.  ^[51]; Haque, M. R.  ^[13]; Harris, J. W.  ^[36]; Harton, A.  ^[98]; Hartung, M. V.  ^[21]; Hassan, H.  ^[109]; Hatzifotiadou, D.  ^[30]; Hauer, P.  ^[110]; Havener, L. B.  ^[36]; Hellbär, E.  ^[4]; Helstrup, H.  ^[111]; Hemmer, M.  ^[21]; Herman, T.  ^[59]; Hernandez, S. G. ^[17]; Herrera Corral, G.  ^[112]; Herrmann, S.  ^[73]; Hetland, K. F.  ^[111]; Heybeck, B.  ^[21]; Hillemanns, H.  ^[4]; Hippolyte, B.  ^[56]; Hobus, I. P. M. ^[79]; Hoffmann, F. W.  ^[113]; Hofman, B.  ^[106]; Hong, G. H.  ^[108]; Horst, M.  ^[23]; Horzyk, A.  ^[44]; Hou, Y.  ^[15]; Hristov, P.  ^[4]; Huhn, P. ^[21]; Huhta, L. M.  ^[109]; Humanic, T. J.  ^[114]; Hutson, A.  ^[17]; Hutter, D.  ^[12]; Hwang, M. C.  ^[88]; Ilkaev, R. ^[11]; Inaba, M.  ^[80]; Innocenti, G. M.  ^[4]; Ippolitov, M.  ^[11]; Isakov, A.  ^[79]; Isidori, T.  ^[99]; Islam, M. S.  ^[75]; Iurchenko, S. ^[11]; Ivanov, M.  ^[13]; Ivanov, M. ^[91]; Ivanov, V.  ^[11]; Iversen, K. E.  ^[51]; Jablonski, M.  ^[44]; Jacak, B.  ^[115]; Jacazio, N.  ^[7]; Jacobs, P. M.  ^[31]; Jadlovska, S. ^[116]; Jadlovsky, J. ^[116]; Jaelani, S.  ^[117]; Jahnke, C.  ^[34]; Jakubowska, M. J.  ^[74]; Janik, M. A.  ^[74]; Janson, T. ^[113]; Ji, S.  ^[63]; Jia, S.  ^[118]; Jiang, T.  ^[118]; Jimenez, A. A. P.  ^[119]; Jonas, F.  ^[31]; Jones, D. M.  ^[50]; Jowett, J. M.  ^[120]; Jung, J.  ^[21]; Jung, M.  ^[21]; Junique, A.  ^[4]; Jusko, A.  ^[82]; Kaewjai, J. ^[121]; Kalinak, P.  ^[122]; Kalweit, A.  ^[4]; Karasu Uysal, A.  ^[123]; Karatovic, D.  ^[124]; Karatzenis, N. ^[82]; Karavichev, O.  ^[11]; Karavicheva, T.  ^[11]; Karpechev, E.  ^[11]; Karwowska, M. J.  ^[125]; Kebschull, U.  ^[113]; Keidel, R.  ^[126]; Keil, M.  ^[4]; Ketzer, B.  ^[110]; Keul, J.  ^[21]; Khade, S. S.  ^[41]; Khan, A. M.  ^[40]; Khan, S.  ^[8]; Khanzadeev, A.  ^[11]; Kharlov, Y.  ^[11]; Khatun, A.  ^[99]; Khuntia, A.  ^[59]; Khuranova, Z.  ^[21]; Kileng, B.  ^[111]; Kim, B.  ^[18]; Kim, C.  ^[63]; Kim, D. J.  ^[109]; Kim, E. J.  ^[127]; Kim, J.  ^[108]; Kim, J.  ^[78]; Kim, J.  ^[128]; Kim, M.  ^[88]; Kim, S.  ^[129]; Kim, T.  ^[108]; Kimura, K.  ^[92]; Kirkova, A. ^[66]; Kirsch, S.  ^[21]; Kisel, I.  ^[12]; Kiselev, S.  ^[11]; Kisiel, A.  ^[74]; Kitowski, J. P.  ^[44]; Klay, J. L.  ^[130]; Klein, J.  ^[4]; Klein, S.  ^[31]; Klein-Bösing, C.  ^[27]; Kleiner, M.  ^[21]; Klemenz, T.  ^[23]; Kluge, A.  ^[4]; Kobdaj, C.  ^[121]; Kohara, R. ^[37]; Kollegger, T. ^[13]; Kondratyev, A.  ^[52]; Kondratyeva, N.  ^[11]; Konig, J.  ^[21]; Konigstorfer, S. A.  ^[23]; Konopka, P. J.  ^[4]; Kornakov, G.  ^[74]; Korwieser, M.  ^[23]; Koryciak, S. D.  ^[44]; Koster, C. ^[79]; Kotliarov, A.  ^[2]; Kovacic, N. ^[124]; Kovalenko, V.  ^[11]; Kowalski, M.  ^[70]; Kozhuharov, V.  ^[66]; Kozlov, G. ^[12]; Králik, I.  ^[122]; Kravčáková, A.  ^[10]; Krcal, L.  ^[131]; Krivda, M.  ^[132]; Krizek, F.  ^[2]; Krizkova Gajdosova, K.  ^[4]; Krug, C.  ^[100]; Krüger, M.  ^[21]; Krupova, D. M.  ^[59]; Kryshen, E.  ^[11]; Kučera, V.  ^[78]; Kuhn, C.  ^[56]; Kuijer, P. G.  ^[79]; Kumaoka, T. ^[80]; Kumar, D. ^[3]; Kumar, L.  ^[133]; Kumar, N. ^[133]; Kumar, S.  ^[22]; Kundu, S.  ^[4]; Kurashvili, P.  ^[134]; Kurepin, A.  ^[11]; Kurepin, A. B.  ^[11]; Kuryakin, A.  ^[11]; Kushpil, S.  ^[2]; Kuskov, V.  ^[11]; Kutyla, M. ^[74]; Kuznetsov, A. ^[52]; Kweon, M. J.  ^[78]; Kwon, Y.  ^[108]; La Pointe, S. L.  ^[12]; La Rocca, P.  ^[7]; Lakrathok, A. ^[121]; Lamanna, M.  ^[4]; Landou, A. R.  ^[33]; Langoy, R.  ^[135]; Larionov, P.  ^[4]; Laudi, E.  ^[4]; Lautner, L.  ^[136]; Laveaga, R. A. N. ^[57]; Lavicka, R.  ^[68]; Lea, R.  ^[64]; Lee, H.  ^[18]; Legrand, I.  ^[25]; Legras, G.  ^[27]; Lehrbach, J.  ^[12]; Lejeune, A. M. ^[59]; Lelek, T. M. ^[44]; Lemmon, R. C.  ^[67]; León Monzón, I.  ^[57]; Lesch, M. M.  ^[23]; Lesser, E. D.  ^[88]; Lévai, P.  ^[49]; Li, M. ^[15]; Li, P. ^[118]; Li, X. ^[118]; Liang-gilman, B. E.  ^[88]; Lien, J.  ^[135]; Lietava, R.  ^[82]; Likmeta, I.  ^[17]; Lim, B.  ^[5]; Lim, S. H.  ^[63]; Lindenstruth, V.  ^[12]; Lindner, A. ^[25]; Lippmann, C.  ^[13]; Liu, D. H.  ^[15]; Liu, J.  ^[50]; Liveraro, G. S. S.  ^[77]; Lofnes, I. M.  ^[19]; Loizides, C.  ^[62]; Lokos, S.  ^[70]; Lömker, J.  ^[106]; Lopez, X.  ^[1]; López Torres, E.  ^[137]; Lotteau, C. ^[73]; Lu, P.  ^[138]; Lu, Z.  ^[118]; Lugo, F. V.  ^[16]; Luhder, J. R.  ^[27]; Lunardon, M.  ^[7]; Luparello, G.  ^[96]; Ma, Y. G.  ^[76]; Mager, M.  ^[4]; Maire, A.  ^[56]; Majerz, E. M. ^[44]; Makariev, M. V.  ^[66]; Malaev, M.  ^[11]; Malfattore, G.  ^[7]; Malik, N. M.  ^[42]; Malik, Q. W. ^[35]; Malik, S. K.  ^[42]; Malinina, L.  ^[52]; Mallick, D.  ^[83]; Mallick, N.  ^[41]; Mandaglio, G.  ^[139]; Mandal, S. K.  ^[134]; Manea, A.  ^[58]; Manko, V.  ^[11]; Manso, F.  ^[1]; Manzari, V.  ^[22]; Mao, Y.  ^[15]; Marcjan, R. W.  ^[44]; Margagliotti, G. V.  ^[5]; Margotti, A.  ^[30]; Marín, A.  ^[13]; Markert, C.  ^[60]; Martinengo, P.  ^[4]; Martínez, M. I.  ^[24]; Martínez García, G.  ^[32]; Martins, M. P. P.  ^[34]; Masciocchi, S.  ^[13]; Masera, M.  ^[5]; Masoni, A.  ^[81]; Massacrier, L.  ^[83]; Massen, O.  ^[106]; Mastroserio, A.  ^[140]; Matonoha, O.  ^[51]; Mattiazzo, S.  ^[7]; Matyja, A.  ^[70]; Mazuecos, A. L.  ^[4]; Mazzaschi, F.  ^[141]; Mazzilli, M.  ^[17]; Melikyan, Y.  ^[142]; Melo, M.  ^[34]; Menchaca-Rocha, A.  ^[16]; Mendez, J. E. M.  ^[119]; Meninno, E.  ^[68]; Menon, A. S.  ^[17]; Menzel, M. W. ^[143]; Meres, M.  ^[91]; Miake, Y. ^[80]; Micheletti, L.  ^[4]; Mihaylov, D. L.  ^[23]; Mikhaylov, K.  ^[144]; Minafra, N.  ^[99]; Miśkowiec, D.  ^[13]; Modak, A.  ^[145]; Mohanty, B. ^[86]; Khan, M. Mohisin  ^[8]; Molander, M. A.  ^[142]; Monira, S.  ^[74]; Mordasini, C.  ^[109]; Moreira De Godoy, D. A.  ^[27]; Morozov, I.  ^[11]; Morsch, A.  ^[4]; Mrnjavac, T.  ^[4]; Muccifora, V.  ^[93]; Muhuri, S.  ^[3]; Mulligan, J. D.  ^[31]; Mulliri, A.  ^[5]; Munhoz, M. G.  ^[34]; Munzer, R. H.  ^[21]; Murakami, H.  ^[37]; Murray, S.  ^[90]; Musa, L.  ^[4]; Musinsky, J.  ^[122]; Myrcha, J. W.  ^[74]; Naik, B.  ^[146]; Nambrath, A. I.  ^[88]; Nandi, B. K.  ^[53]; Nania, R.  ^[30]; Nappi, E.  ^[22]; Nassirpour, A. F.  ^[129]; Nath, A.  ^[28]; Nath, S. ^[3]; Nattrass, C.  ^[102]; Naydenov, M. N.  ^[66]; Neagu, A. ^[35]; Negru, A. ^[72]; Nekrasova, E. ^[11]; Nellen, L.  ^[119]; Nepeivoda, R.  ^[51]; Nese, S.  ^[35]; Nicassio, N.  ^[22]; Nielsen, B. S.  ^[55]; Nielsen, E. G.  ^[55]; Nikolaev, S.  ^[11]; Nikulin, S.  ^[11]; Nikulin, V.  ^[11]; Noferini, F.  ^[30]; Noh, S.  ^[147]; Nomokonov, P.  ^[52]; Norman, J.  ^[50]; Novitzky, N.  ^[62]; Nowakowski, P.  ^[74]; Nyanin, A.  ^[11]; Nystrand, J.  ^[19]; Oh, S.  ^[129]; Ohlson, A.  ^[51]; Okorokov, V. A.  ^[11]; Oleniacz, J.  ^[74]; Onnerstad, A.  ^[109]; Oppedisano, C.  ^[14]; Ortiz Velasquez, A.  ^[119]; Otwinowski, J.  ^[70]; Oya, M. ^[92]; Oyama, K.  ^[103]; Pachmayer, Y.  ^[28]; Padhan, S.  ^[53]; Pagano, D.  ^[64]; Paić, G.  ^[119]; Paisano-Guzmán, S.  ^[24]; Palasciano, A.  ^[22]; Panebianco, S.  ^[43]; Pantouvakis, C.  ^[7]; Park, H.  ^[80]; Park, H.  ^[18]; Park, J.  ^[80]; Parkkila, J. E.  ^[4]; Patley, Y.  ^[53]; Patra, R. N. ^[22]; Paul, B.  ^[3]; Pei, H.  ^[15]; Peitzmann, T.  ^[106]; Peng, X.  ^[148]; Pennisi, M.  ^[5]; Perciballi, S.  ^[5]; Peresunko, D.  ^[11]; Perez, G. M.  ^[137]; Pestov, Y. ^[11]; Petersen, M. T. ^[55]; Petrov, V.  ^[11]; Petrovici, M.  ^[25]; Piano, S.  ^[96]; Pikna, M.  ^[91]; Pillot, P.  ^[32]; Pinazza, O.  ^[149]; Pinsky, L. ^[17]; Pinto, C.  ^[23]; Pisano, S.  ^[93]; Płoskoń, M.  ^[31]; Planinic, M. ^[124]; Pliquett, F. ^[21]; Plociennik, D. K.  ^[44]; Poghosyan, M. G.  ^[62]; Polichtchouk, B.  ^[11]; Politano, S.  ^[6]; Poljak, N.  ^[124]; Pop, A.  ^[25]; Porteboeuf-Houssais, S.  ^[1]; Pozdniakov, V.  ^[52]; Pozos, I. Y.  ^[24]; Pradhan, K. K.  ^[41]; Prasad, S. K.  ^[45]; Prasad, S.  ^[41]; Preghenella, R.  ^[30]; Prino, F.  ^[14]; Pruneau, C. A.  ^[104]; Pshenichnov, I.  ^[11]; Puccio, M.  ^[4]; Pucillo, S.  ^[5]; Qiu, S.  ^[79]; Quaglia, L.  ^[5]; Ragoni, S.  ^[150]; Rai, A.  ^[36]; Rakotozafindrabe, A.  ^[43]; Ramello, L.  ^[84]; Rami, F.  ^[56]; Rasa, M.  ^[7]; Räsänen, S. S.  ^[142]; Rath, R.  ^[30]; Rauch, M. P.  ^[19]; Ravasenga, I.  ^[4]; Read, K. F.  ^[151]; Reckziegel, C.  ^[85]; Redelbach, A. R.  ^[12]; Redlich, K.  ^[134]; Reetz, C. A.  ^[13]; Regules-Medel, H. D. ^[24]; Rehman, A. ^[19]; Reidt, F.  ^[4]; Reme-Ness, H. A.  ^[111]; Rescakova, Z. ^[10]; Reygers, K.  ^[28]; Riabov, A.  ^[11]; Riabov, V.  ^[11]; Ricci, R.  ^[71]; Richter, M.  ^[19]; Riedel, A. A.  ^[23]; Riegler, W.  ^[4]; Riffero, A. G.  ^[5]; Rignanese, M.  ^[7]; Ripoli, C. ^[71]; Ristea, C.  ^[58]; Rodriguez, M. V.  ^[4]; Rodríguez Cahuantzi, M.  ^[24]; Rodríguez Ramírez, S. A.  ^[24]; Røed, K.  ^[35]; Rogalev, R.  ^[11]; Rogochaya, E.  ^[52]; Rogoschinski, T. S.  ^[21]; Rohr, D.  ^[4]; Röhrich, D.  ^[19]; Rojas Torres, S.  ^[59]; Rokita, P. S.  ^[74]; Romanenko, G.  ^[7]; Ronchetti, F.  ^[4]; Rosas, E. D. ^[119]; Roslon, K.  ^[74]; Rossi, A.  ^[29]; Roy, A.  ^[41]; Roy, S.  ^[53]; Rubini, N.  ^[152]; Rudolph, J. A. ^[79]; Ruggiano, D.  ^[74]; Rui, R.  ^[5]; Russek, P. G.  ^[44]; Russo, R.  ^[79]; Rustamov, A.  ^[153]; Ryabinkin, E.  ^[11]; Ryabov, Y.  ^[11]; Rybicki, A.  ^[70]; Ryu, J.  ^[63]; Rzesa, W.  ^[74]; Sabiu, B. ^[30]; Sadovsky, S.  ^[11]; Saetre, J.  ^[19]; Šafařík, K.  ^[59]; Saha, S.  ^[86]; Sahoo, B.  ^[41]; Sahoo, R.  ^[41]; Sahoo, S. ^[154]; Sahu, D.  ^[41]; Sahu, P. K.  ^[154]; Saini, J.  ^[3]; Sajdakova, K. ^[10]; Sakai, S.  ^[80]; Salvan, M. P.  ^[13]; Sambyal, S.  ^[42]; Samitz, D.  ^[68]; Sanna, I.  ^[136]; Saramela, T. B. ^[34]; Sarkar, D.  ^[55]; Sarma, P.  ^[48]; Sarritzu, V.  ^[5]; Sarti, V. M.  ^[23]; Sas, M. H. P.  ^[4]; Sawan, S.  ^[86]; Scapparone, E.  ^[30]; Schambach, J.  ^[62]; Scheid, H. S.  ^[21]; Schiaua, C.  ^[25]; Schicker, R.  ^[28]; Schlepper, F.  ^[28]; Schmah, A. ^[13]; Schmidt, C.  ^[13]; Schmidt, H. R. ^[155]; Schmidt, M. O.  ^[4]; Schmidt, M. ^[155]; Schmidt, N. V.  ^[62]; Schmier, A. R.  ^[102]; Schotter, R.  ^[156]; Schröter, A.  ^[12]; Schukraft, J.  ^[4]; Schweda, K.  ^[13]; Scioli, G.  ^[7]; Scomparin, E.  ^[14]; Seger, J. E.  ^[150]; Sekiguchi, Y. ^[37]; Sekihata, D.  ^[37]; Selina, M.  ^[79]; Selyuzhenkov, I.  ^[13]; Senyukov, S.  ^[56]; Seo, J. J.  ^[28]; Serebryakov, D.  ^[11]; Serkin, L.  ^[119]; Šerkšnytė, L.  ^[23]; Sevcenco, A.  ^[58]; Shaba, T. J.  ^[95]; Shabetai, A.  ^[32]; Shahoyan, R. ^[4]; Shangaraev, A.  ^[11]; Sharma, B.  ^[42]; Sharma, D.  ^[53]; Sharma, H.  ^[29]; Sharma, M.  ^[42]; Sharma, S.  ^[103]; Sharma, S.  ^[42]; Sharma, U.  ^[42]; Shatat, A.  ^[83]; Sheibani, O. ^[17]; Shigaki, K.  ^[92]; Shimomura, M. ^[157]; Shin, J. ^[147]; Shirinkin, S.  ^[11]; Shou, Q.  ^[76]; Sibiriak, Y.  ^[11]; Siddhanta, S.  ^[81]; Siemiarczuk, T.  ^[134]; Silva, T. F.  ^[34]; Silvermyr, D.  ^[51]; Simantathammakul, T. ^[121]; Simeonov, R.  ^[66]; Singh, B. ^[42]; Singh, B.  ^[23]; Singh, K.  ^[41]; Singh, R.  ^[86]; Singh, R.  ^[42]; Singh, R.  ^[13]; Singh, S.  ^[8]; Singh, V. K.  ^[3]; Singhal, V.  ^[3]; Sinha, T.  ^[75]; Sitar, B.  ^[91]; Sitta, M.  ^[84]; Skaali, T. B. ^[35]; Skorodumovs, G.  ^[28]; Smirnov, N.  ^[36]; Snellings, R. J. M.  ^[106]; Solheim, E. H.  ^[35]; Song, J.  ^[63]; Sonnabend, C.  ^[120]; Sonneveld, J. M.  ^[79]; Soramel, F.  ^[7]; Soto-hernandez, A. B.  ^[114]; Spijkers, R.  ^[79]; Sputowska, I.  ^[70]; Staa, J.  ^[51]; Stachel, J.  ^[28]; Stan, I.  ^[58]; Steffanic, P. J.  ^[102]; Stellhorn, T. ^[27]; Stiefelmaier, S. F.  ^[28]; Stocco, D.  ^[32]; Storehaug, I.  ^[35]; Strangmann, N. J.  ^[21]; Stratmann, P.  ^[27]; Strazzi, S.  ^[7]; Sturniolo, A.  ^[139]; Stylianidis, C. P. ^[79]; Suaide, A. A. P.  ^[34]; Suire, C.  ^[83]; Sukhanov, M.  ^[11]; Suljic, M.  ^[4]; Sultanov, R.  ^[11]; Sumberia, V.  ^[42]; Sumowidagdo, S.  ^[117]; Szymkowski, M.  ^[74]; Tabares, L. H. ^[137]; Taghavi, S. F.  ^[23]; Taillepied, G.  ^[13]; Takahashi, J.  ^[77]; Tambave, G. J.  ^[86]; Tang, S.  ^[15]; Tang, Z.  ^[40]; Tapia Takaki, J. D.  ^[99]; Tapus, N. ^[72]; Tarasovicova, L. A.  ^[27]; Tarzila, M. G.  ^[25]; Tassielli, G. F.  ^[46]; Tauro, A.  ^[4]; Tavira García, A.  ^[83]; Tejeda Muñoz, G.  ^[24]; Terlizzi, L.  ^[5]; Terrevoli, C.  ^[22]; Thakur, S.  ^[45]; Thomas, D.  ^[60]; Tikhonov, A.  ^[11]; Tiltmann, N.  ^[158]; Timmins, A. R.  ^[17]; Tkacik, M. ^[116]; Tkacik, T.  ^[116]; Toia, A.  ^[21]; Tokumoto, R. ^[92]; Tomassini, S. ^[7]; Tomohiro, K. ^[92]; Topilskaya, N.  ^[11]; Toppi, M.  ^[93]; Torres, V. V.  ^[32]; Torres Ramos, A. G.  ^[46]; Trifiró, A.  ^[139]; Triloki, T. ^[159]; Triolo, A. S.  ^[160]; Tripathy, S.  ^[4]; Tripathy, T.  ^[53]; Trubnikov, V.  ^[161]; Trzaska, W. H.  ^[109]; Trzcinski, T. P.  ^[74]; Tsolanta, C. ^[35]; Tu, R. ^[76]; Tumkin, A.  ^[11]; Turrisi, R.  ^[29]; Tveter, T. S.  ^[35]; Ullaland, K.  ^[19]; Ulukutlu, B.  ^[23]; Upadhyaya, S.  ^[70]; Uras, A.  ^[73]; Urioni, M.  ^[87]; Usai, G. L.  ^[5]; Vala, M. ^[10]; Valle, N.  ^[162]; van Doremalen, L. V. R. ^[106]; van Leeuwen, M.  ^[79]; van Veen, C. A.  ^[28]; van Weelden, R. J. G.  ^[79]; Vande Vyvre, P.  ^[4]; Varga, D.  ^[49]; Varga, Z.  ^[49]; Vargas Torres, P. ^[119]; Vasileiou, M.  ^[47]; Vasiliev, A.  ^[11]; Vázquez Doce, O.  ^[93]; Vazquez Rueda, O.  ^[17]; Vechernin, V.  ^[11]; Vercellin, E.  ^[5]; Vergara Limón, S. ^[24]; Verma, R.  ^[53]; Vermunt, L.  ^[13]; Vértesi, R.  ^[49]; Verweij, M.  ^[106]; Vickovic, L. ^[105]; Vilakazi, Z. ^[146]; Villalobos Baillie, O.  ^[82]; Villani, A.  ^[5]; Vinogradov, A.  ^[11]; Virgili, T.  ^[71]; Virta, M. M. O.  ^[109]; Vodopyanov, A.  ^[52]; Volkel, B.  ^[4]; Völkl, M. A.  ^[28]; Voloshin, S. A.  ^[104]; Volpe, G.  ^[46]; von Haller, B.  ^[4]; Vorobyev, I.  ^[4]; Vozniuk, N.  ^[11]; Vrláková, J.  ^[10]; Wan, J. ^[76]; Wang, C.  ^[76]; Wang, D. ^[76]; Wang, Y.  ^[76]; Wang, Y.  ^[15]; Wang, Z.  ^[76]; Wegrzynek, A.  ^[4]; Weiglhofer, F. T. ^[12]; Wenzel, S. C.  ^[4]; Wessels, J. P.  ^[27]; Wiechula, J.  ^[21]; Wikne, J.  ^[35]; Wilk, G.  ^[134]; Wilkinson, J.  ^[13]; Willems, G. A.  ^[27]; Windelband, B.  ^[28]; Winn, M.  ^[43]; Wright, J. R.  ^[60]; Wu, W. ^[76]; Wu, Y.  ^[40]; Xiong, Z. ^[40]; Xu, R.  ^[15]; Yadav, A.  ^[110]; Yadav, A. K.  ^[3]; Yamaguchi, Y.  ^[92]; Yang, S. ^[19]; Yano, S.  ^[92]; Yeats, E. R. ^[88]; Yin, Z.  ^[15]; Yoo, I.-K.  ^[63]; Yoon, J. H.  ^[78]; Yu, H. ^[147]; Yuan, S. ^[19]; Yuncu, A.  ^[28]; Zaccolo, V.  ^[5]; Zampolli, C.  ^[4]; Zanone, F.  ^[28]; Zardoshti, N.  ^[4]; Zarochentsev, A.  ^[11]; Závada, P.  ^[163]; Zaviyalov, N. ^[11]; Zhalov, M.  ^[11]; Zhang, B.  ^[164]; Zhang, C.  ^[43]; Zhang, L.  ^[76]; Zhang, M.  ^[165]; Zhang, M.  ^[15]; Zhang, S.  ^[76]; Zhang, X.  ^[15]; Zhang, Y. ^[40]; Zhang, Z.  ^[15]; Zhao, M.  ^[118]; Zherebchevskii, V.  ^[11]; Zhi, Y. ^[118]; Zhou, D.  ^[15]; Zhou, Y.  ^[55]; Zhu, J.  ^[166]; Zhu, S. ^[40]; Zhu, Y. ^[15]; Zugravel, S. C.  ^[14]; Zurlo, N.  ^[64]

---

1. Université Clermont Auvergne, CNRS/IN2P3, LPC
2. Nuclear Physics Institute of the Czech Academy of Sciences
3. Variable Energy Cyclotron Centre, Homi Bhabha National Institute
4. European Organization for Nuclear Research (CERN)
5. Dipartimento di Fisica dell'Università
6. Dipartimento DISAT del Politecnico and Sezione INFN
7. Dipartimento di Fisica e Astronomia dell'Università
8. Department of Physics, Aligarh Muslim University
9. Korea Institute of Science and Technology Information
10. Faculty of Science, P.J. Šafárik University
11. Affiliated with an institute covered by a cooperation agreement with CERN
12. Frankfurt Institute for Advanced Studies, Johann Wolfgang Goethe-Universität Frankfurt
13. Research Division and ExtreMe Matter Institute EMMI, GSI Helmholtzzentrum für Schwerionenforschung GmbH
14. INFN, Sezione di Torino
15. Central China Normal University
16. Instituto de Física, Universidad Nacional Autónoma de México
17. University of Houston
18. Sungkyunkwan University
19. Department of Physics and Technology, University of Bergen
20. Dipartimento di Fisica dell'Università; INFN, Sezione di Cagliari
21. Institut für Kernphysik, Johann Wolfgang Goethe-Universität Frankfurt
22. INFN, Sezione di Bari
23. Technische Universität München
24. High Energy Physics Group, Universidad Autónoma de Puebla
25. Horia Hulubei National Institute of Physics and Nuclear Engineering
26. University of Derby
27. Universität Münster, Institut für Kernphysik
28. Physikalisches Institut, Ruprecht-Karls-Universität Heidelberg
29. INFN, Sezione di Padova
30. INFN, Sezione di Bologna
31. Lawrence Berkeley National Laboratory
32. SUBATECH, IMT Atlantique, Nantes Université, CNRS-IN2P3
33. Laboratoire de Physique Subatomique et de Cosmologie, Université Grenoble-Alpes, CNRS-IN2P3
34. Universidade de São Paulo (USP)
35. Department of Physics, University of Oslo
36. Yale University
37. University of Tokyo
38. INFN, Sezione di Catania
39. Gangneung-Wonju National University
40. University of Science and Technology of China
41. Indian Institute of Technology Indore
42. Physics Department, University of Jammu
43. Université Paris-Saclay, Centre d'Etudes de Saclay (CEA), IRFU, Départment de Physique Nucléaire (DPhN)
44. AGH University of Krakow
45. Bose Institute, Department of Physics
46. Dipartimento Interateneo di Fisica ‘M. Merlin'
47. National and Kapodistrian University of Athens, School of Science, Department of Physics
48. Gauhati University, Department of Physics
49. HUN-REN Wigner Research Centre for Physics
50. University of Liverpool
51. Lund University Department of Physics, Division of Particle Physics
52. Affiliated with an international laboratory covered by a cooperation agreement with CERN
53. Indian Institute of Technology Bombay (IIT)
54. Sección Física, Departamento de Ciencias, Pontificia Universidad Católica del Perú
55. Niels Bohr Institute, University of Copenhagen
56. Université de Strasbourg, CNRS, IPHC UMR 7178, F-67000 Strasbourg, France
57. Universidad Autónoma de Sinaloa
58. Institute of Space Science (ISS)
59. Faculty of Nuclear Sciences and Physical Engineering, Czech Technical University in Prague
60. The University of Texas at Austin
61. Dipartimento di Fisica, Università di Pavia; INFN, Sezione di Pavia
62. Oak Ridge National Laboratory
63. Department of Physics, Pusan National University
64. Università di Brescia; INFN, Sezione di Pavia
65. Politecnico di Bari; Dipartimento Interateneo di Fisica ‘M. Merlin'
66. Sofia University
67. Nuclear Physics Group, STFC Daresbury Laboratory
68. Stefan Meyer Institut für Subatomare Physik (SMI)
69. iThemba LABS, National Research Foundation; University of the Witwatersrand
70. The Henryk Niewodniczanski Institute of Nuclear Physics, Polish Academy of Sciences
71. Dipartimento di Fisica ‘E.R. Caianiello’ dell'Università
72. Universitatea Nationala de Stiinta si Tehnologie Politehnica Bucuresti
73. Université de Lyon, CNRS/IN2P3, Institut de Physique des 2 Infinis de Lyon
74. Warsaw University of Technology
75. Saha Institute of Nuclear Physics, Homi Bhabha National Institute
76. Fudan University
77. Universidade Estadual de Campinas (UNICAMP)
78. Inha University
79. Nikhef, National institute for subatomic physics
80. University of Tsukuba
81. INFN, Sezione di Cagliari
82. School of Physics and Astronomy, University of Birmingham
83. Université Paris-Saclay, CNRS/IN2P3, IJCLab
84. Università del Piemonte Orientale; INFN, Sezione di Torino
85. Universidade Federal do ABC
86. National Institute of Science Education and Research, Homi Bhabha National Institute
87. Università di Brescia
88. Department of Physics, University of California
89. Affiliated with an international laboratory covered by a cooperation agreement with CERN; Centro de Aplicaciones Tecnológicas y Desarrollo Nuclear (CEADEN)
90. University of Cape Town
91. Comenius University Bratislava, Faculty of Mathematics, Physics and Informatics
92. Physics Program and International Institute for Sustainability with Knotted Chiral Meta Matter (SKCM2), Hiroshima University
93. INFN, Laboratori Nazionali di Frascati
94. Yale University; University of Houston
95. iThemba LABS, National Research Foundation
96. INFN, Sezione di Trieste
97. Saga University
98. Chicago State University
99. University of Kansas
100. Instituto de Física, Universidade Federal do Rio Grande do Sul (UFRGS)
101. Research Division and ExtreMe Matter Institute EMMI, GSI Helmholtzzentrum für Schwerionenforschung GmbH; INFN, Sezione di Torino
102. University of Tennessee
103. Nagasaki Institute of Applied Science
104. Wayne State University
105. Mechanical Engineering and Naval Architecture
106. Institute for Gravitational and Subatomic Physics (GRASP), Utrecht University/Nikhef
107. Affiliated with an international laboratory covered by a cooperation agreement with CERN; A.I. Alikhanyan National Science Laboratory (Yerevan Physics Institute) Foundation
108. Yonsei University
109. University of Jyväskylä
110. Helmholtz-Institut für Strahlen- und Kernphysik, Rheinische Friedrich-Wilhelms-Universität Bonn
111. Faculty of Engineering and Science, Western Norway University of Applied Sciences
112. Centro de Investigación y de Estudios Avanzados (CINVESTAV)
113. Johann-Wolfgang-Goethe Universität Frankfurt Institut für Informatik
114. Ohio State University
115. Department of Physics, University of California; Lawrence Berkeley National Laboratory
116. Technical University of Košice
117. National Research and Innovation Agency - BRIN
118. China Institute of Atomic Energy
119. Instituto de Ciencias Nucleares, Universidad Nacional Autónoma de México
120. European Organization for Nuclear Research (CERN); Research Division and ExtreMe Matter Institute EMMI, GSI Helmholtzzentrum für Schwerionenforschung GmbH
121. Suranaree University of Technology
122. Slovak Academy of Sciences
123. KTO Karatay University
124. Physics department, Faculty of science, University of Zagreb
125. European Organization for Nuclear Research (CERN); Warsaw University of Technology
126. Zentrum für Technologie und Transfer (ZTT)
127. Jeonbuk National University
128. European Organization for Nuclear Research (CERN); Jeonbuk National University
129. Department of Physics, Sejong University
130. California Polytechnic State University
131. European Organization for Nuclear Research (CERN); Frankfurt Institute for Advanced Studies, Johann Wolfgang Goethe-Universität Frankfurt
132. School of Physics and Astronomy, University of Birmingham; Slovak Academy of Sciences
133. Physics Department, Panjab University
134. National Centre for Nuclear Research
135. University of South-Eastern Norway
136. European Organization for Nuclear Research (CERN); Technische Universität München
137. Centro de Aplicaciones Tecnológicas y Desarrollo Nuclear (CEADEN)
138. Research Division and ExtreMe Matter Institute EMMI, GSI Helmholtzzentrum für Schwerionenforschung GmbH; University of Science and Technology of China
139. Dipartimento di Scienze MIFT, Università di Messina; INFN, Sezione di Catania
140. Università degli Studi di Foggia; INFN, Sezione di Bari
141. European Organization for Nuclear Research (CERN); Dipartimento di Fisica dell'Università
142. Helsinki Institute of Physics (HIP)
143. European Organization for Nuclear Research (CERN); Physikalisches Institut, Ruprecht-Karls-Universität Heidelberg
144. Affiliated with an international laboratory covered by a cooperation agreement with CERN; Affiliated with an institute covered by a cooperation agreement with CERN
145. Università di Brescia; Bose Institute, Department of Physics
146. University of the Witwatersrand
147. Chungbuk National University
148. China University of Geosciences
149. INFN, Sezione di Bologna; European Organization for Nuclear Research (CERN)
150. Creighton University
151. Oak Ridge National Laboratory; University of Tennessee
152. INFN, Sezione di Bologna; Dipartimento di Fisica e Astronomia dell'Università
153. National Nuclear Research Center
154. Institute of Physics, Homi Bhabha National Institute
155. Eberhard-Karls-Universität Tübingen
156. Stefan Meyer Institut für Subatomare Physik (SMI); Université de Strasbourg, CNRS, IPHC UMR 7178, F-67000 Strasbourg, France
157. Nara Women's University (NWU)
158. European Organization for Nuclear Research (CERN); Universität Münster, Institut für Kernphysik
159. Politecnico di Bari
160. European Organization for Nuclear Research (CERN); Dipartimento di Scienze MIFT, Università di Messina; INFN, Sezione di Catania
161. Bogolyubov Institute for Theoretical Physics, National Academy of Sciences of Ukraine
162. INFN, Sezione di Pavia
163. Institute of Physics of the Czech Academy of Sciences
164. Physikalisches Institut, Ruprecht-Karls-Universität Heidelberg; Central China Normal University
165. Université Clermont Auvergne, CNRS/IN2P3, LPC; Central China Normal University
166. INFN, Sezione di Padova; Central China Normal University

This is an addendum to the article “Dielectron production in proton-proton and proton-lead collisions at $$\sqrt{s_{NN}}$$ = 5.02 TeV” published in [Phys. Rev. C 102, 055204 (2020)]. We update the extracted charm cross section at midrapidity given in Table III and Fig. 4 (left) of the original publication with the fragmentation fractions of charm quarks in 𝑝⁢𝑝 collisions published in [Phys. Rev. D 105, L011103 (2022)].

• Research Organization: Oak Ridge National Laboratory (ORNL), Oak Ridge, TN (United States)
• Sponsoring Organization: USDOE Office of Science (SC), Nuclear Physics (NP)
• Grant/Contract Number: AC05-00OR22725
• OSTI ID: 2512422
• Journal Information: Physical Review. C, Journal Name: Physical Review. C Journal Issue: 2 Vol. 111; ISSN 2469-9985; ISSN 2469-9993
• Publisher: American Physical Society (APS)Copyright Statement
• Country of Publication: United States
• Language: English