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15 research outputs found

Improved diagnosis by automated macro‐ and micro‐anatomical region mapping of skin photographs

Author: Amruthalingam L
Anliker Madeleine
Baskaralingam Sijamini
Christiane Palm M
Damian Wuethrich M
Eckert Noemie
Erni Barbara
Gonzalez Jimenez A
Gottfrois P
Gökduman B
Horvat Matija
Hsu Christophe
Jamiolkowski Dagmar
Kei Mathis M
Koller T
Kostner Lisa
Kunz M
Manabu Rohr M
Maul Julia‐Tatjana
Maul Lara V
Meienberger Nina
Navarini A A
Nicolas Khouri M
Pascal Kobel M
Pouly M
Rotondi Lea
Salvatore Conticello M
Publication venue: 'Wiley'
Publication date: 01/12/2022
Field of study

Background: The exact location of skin lesions is key in clinical dermatology. On one hand, it supports differential diagnosis (DD) since most skin conditions have specific predilection sites. On the other hand, location matters for dermatosurgical interventions. In practice, lesion evaluation is not well standardized and anatomical descriptions vary or lack altogether. Automated determination of anatomical location could benefit both situations. Objective: Establish an automated method to determine anatomical regions in clinical patient pictures and evaluate the gain in DD performance of a deep learning model (DLM) when trained with lesion locations and images. Methods: Retrospective study based on three datasets: macro-anatomy for the main body regions with 6000 patient pictures partially labelled by a student, micro-anatomy for the ear region with 182 pictures labelled by a student and DD with 3347 pictures of 16 diseases determined by dermatologists in clinical settings. For each dataset, a DLM was trained and evaluated on an independent test set. The primary outcome measures were the precision and sensitivity with 95% CI. For DD, we compared the performance of a DLM trained with lesion pictures only with a DLM trained with both pictures and locations. Results: The average precision and sensitivity were 85% (CI 84-86), 84% (CI 83-85) for macro-anatomy, 81% (CI 80-83), 80% (CI 77-83) for micro-anatomy and 82% (CI 78-85), 81% (CI 77-84) for DD. We observed an improvement in DD performance of 6% (McNemar test P-value 0.0009) for both average precision and sensitivity when training with both lesion pictures and locations. Conclusion: Including location can be beneficial for DD DLM performance. The proposed method can generate body region maps from patient pictures and even reach surgery relevant anatomical precision, e.g. the ear region. Our method enables automated search of large clinical databases and make targeted anatomical image retrieval possible

ZORA

Flow dominance and factorization of transverse momentum correlations in Pb-Pb collisions at the LHC

Author: Adam J.
Adamova D.
Aggarwal M. M.
Agnello M.
Agrawa N.
Ahammed Z.
Ahmad S.
Ahn S. U.
Aiola S.
Akindinov A.
Alam S. N.
Albino R. C.
Albuquerque D. S. D.
Aleksandrov D.
Alessandro B.
Alexandre D.
Alici A.
Alkin A.
Alme J.
Alt T.
Altinpinar S.
Altsy-Beev I.
An M.
Andrei C.
Andrews H. A.
Andronic A.
Anguelov V.
Anson C.
Anticic T.
Antinori F.
Antonioli P.
Anwar R.
Aphecetche L.
Appelshauser H.
Arcelli S.
Arnaldi R.
Arnold O. W.
Arsene I. C.
Arslandok M.
Audurier B.
Augustinus A.
Averbeck R.
Azmi M. D.
Badala A.
Baek Y. W.
Bagnasco S.
Bailhache R.
Baillie O. V.
Bala R.
Balbastre G. C.
Baldisseri A.
Baral R. C.
Barbano A. M.
Barbera R.
Barile F.
Barioglio L.
Barnafoldi G. G.
Barnby L. S.
Barret V.
Barroso V. C.
Bartalini P.
Barth K.
Bartke J.
Bartsch E.
Basile M.
Bastid N.
Basu S.
Bathen B.
Batigne G.
Batyunya B.
Batzing P. C.
Bearden I. G.
Beck H.
Bedda C.
Behera N. K.
Belikov I.
Bellini F.
Bellwied R.
Beltran L. G. E.
Belyaev V.
Bencedi G.
Beole S.
Bercuci A.
Berdnikov Y.
Berenyi D.
Bertens R. A.
Berzano D.
Betev L.
Bhasin A.
Bhat I. R.
Bhati A. K.
Bhattacharjee B.
Bhom J.
Bianchi L.
Bianchi N.
Bianchin C.
Bielcik J.
Bielcikova J.
Bilandzic A.
Biro G.
Biswas R.
Biswas S.
Blair J. T.
Blau D.
Blume C.
Bock F.
Bogdanov A.
Boldizsar L.
Bombara M.
Bonora M.
Book J.
Bore H.
Borissov A.
Borri M.
Botta E.
Bourjau C.
Braun-Munzingerm R.
Bregant M.
Broker T. A.
Browning T. A.
Broz M.
Brucken E. J.
Bruna E.
Bruno G. E.
Budnikov D.
Buesching H.
Bufalino S.
Buhler P.
Buitron S. A. I.
Buncic P.
Busch O.
Bustamante R. T. J.
Buthelezi Z.
Butt J. B.
Buxton J. T.
Cabala J.
Caffarri D.
Cahuantzi M. R.
Caines H.
Caliva A.
Camejo A. B.
Camerini P.
Capon A. A.
Carena F.
Carena W.
Carnesecchi F.
Castellanos J. C.
Castro A. J.
Casula E. A. R.
Cerello P.
Cerkala J.
Cervantes I. M.
Chang B.
Chapeland S.
Chartier M.
Charvet J. L.
Chattopadhyay S.
Chauvin A.
Cherney M.
Cheshkov C.
Cheynis B.
Chinellato D. D.
Cho S.
Chochula P.
Choi K.
Chojnacki M.
Choudhury S.
Christakoglou P.
Christensen C. H.
Christiansen P.
Chujo T.
Chung S. U.
Cicalo C.
Cifarelli L.
Cindolo F.
Cleymans J.
Colamaria F.
Colella D.
Collu A.
Colocci M.
Connors M. E.
Contreras J. G.
Coral D. M. G.
Corchero M. A. D.
Cormier T. M.
Corral G. H.
Cortese P.
Cosentino M. R.
Costa F.
Crkovska J.
Crochet P.
Cuautle E.
Cunqueiro L.
Da Costa H. P.
da Luz H. N.
Da Silva A. C. O.
Dahms T.
Dainese A.
Danisch M. C.
Danu A.
Das D.
Das I.
Das S.
Dash A.
Dash S.
De Caro A.
de Cataldo G.
de Conti C.
de Cuveland J.
De Falco A.
De Godoy D. A. M.
De Gruttola D.
De Marco N.
De Oliveira R. A. N.
De Pasquale S.
De Souza R. D.
De S.
Degenhardt H. F.
Deisting A.
del Valle Z. C.
Deloff A.
Deplano C.
Dhankher P.
Di Bari D.
Di Mauro A.
Di Nezza P.
Di Ruzza B.
Dietel T.
Dillenseger P.
Divia R.
Djuvsland O.
Dobrin A.
Doce O. V.
Donigus B.
Dordic O.
Drozhzhova T.
Dubey A. K.
Dubla A.
Ducati M. B. G.
Ducroux L.
Duggal A. K.
Dupieux P.
Ehlers R. J.
Elia D.
Elstrup H.
Endress E.
Engel H.
Epple E.
Erazmus B.
Erhardt F.
Espagnon B.
Esumi S.
Eulisse G.
Eum J.
Evans D.
Evdokimov S.
Fabbietti L.
Fabris D.
Faivre J.
Fantoni A.
Fasel M.
Feldkamp L.
Feliciello A.
Feofilov G.
Ferencei J.
Fernandes C. L.
Ferreiro E. G.
Ferretti A.
Festanti A.
Feuillard V. J. G.
Figiel J.
Figueredo M. A. S.
Filchagin S.
Finogeev D.
Fionda F. M.
Fiore E. M.
Floris M.
Foertsch S.
Foka P.
Fokin S.
Fragiacomo E.
Francescon A.
Francisco A.
Frankenfeld U.
Fronze G. G.
Fuchs U.
Furget C.
Furs A.
Gaardhoje J. J.
Gagliardi M.
Gago A. M.
Gajdosova K.
Gallio M.
Galvan C. D.
Gangadharan D. R.
Ganoti P.
Gao C.
Garabatos C.
Garcia G. M.
Garcia-Solis E.
Garg K.
Garg P.
Gargiulo C.
Gasik P.
Gauger E. F.
Germain M.
Ghosh P.
Ghosh S. K.
Gianotti P.
Gimenez D. D.
Girard M. F.
Giubellino P.
Giubilato P.
Gladysz-Dziadus E.
Glossel P.
Gonzalez A. S.
Gonzalez V.
Gonzalez-Zamora P.
Gorbunov S.
Gorlich L.
Gotovac S.
Grabski V.
Graczykowski L. K.
Graham K. L.
Greiner L.
Grelli A.
Grigoras C.
Grigoriev V.
Grigoryan A.
Grigoryan S.
Grion N.
Gronefeld J. M.
Grosa F.
Grosse-Oetringhaus J. F.
Grosso R.
Gruber L.
Grull F. R.
Guber F.
Guernane R.
Guerzoni B.
Gulbrandsen K.
Gunji T.
Gupta A.
Gupta R.
Guzman I. B.
Haake R.
Hadjidakis C.
Hamagaki H.
Hamar G.
Hamon J. C.
Harris J. W.
Harton A.
Hatzifotiadou D.
Hayashi S.
Hecke S. T.
Hellbar E.
Herghelegiu A.
Herrmann F.
Hess B. A.
Hetland K. F.
Hillemanns H.
Hippolyte B.
Hladky J.
Horak D.
Hosokawa R.
Hristov P.
Hughes C.
Humanic T. J.
Hussain N.
Hussain T.
Hutter D.
Hwang D. S.
Ilkaev R.
Inaba M.
Ippolitov M.
Irfan M.
Isakov V.
Islam M. S.
Ivanov M.
Ivanov V.
Izucheev V.
Jacak B.
Jacazio N.
Jacobs P. M.
Jadhav M. B.
Jadlovska S.
Jadlovsky J.
Jahnke C.
Jakubowska M. J.
Janik M. A.
Jayarathna P.
Jena C.
Jena S.
Jercic M.
Jones P. G.
Jusko A.
Kalinak P.
Kalweit A.
Kang J. H.
Kaplin V.
Kar S.
Karavichev O.
Karavicheva T.
Karayan L.
Karpechev E.
Kebschull U.
Kei M.
Keidel R.
Keijdener D. L. D.
Khan M. M.
Khan P.
Khan S. A.
Khanzadeev A.
Kharlov Y.
Khatun A.
Khuntia A.
Kielbowicz M. M.
Kilen B.
Kim D.
Kim D. J.
Kim D. W.
Kim H.
Kim J.
Kim J. S.
Kim M.
Kim S.
Kim T.
Kirsch S.
Kisel I.
Kiselev S.
Kisie A.
Kiss G.
Klay J. L.
Klein C.
Klein J.
Klein-Bosing C.
Klewin S.
Kluge A.
Knichel M. L.
Knospe A. G.
Kobdaj C.
Kofarago M.
Kollegger T.
Kolojvari A.
Kondratiev V.
Kondratyeva N.
Kondratyuk E.
Konevskikh A.
Kopcik M.
Kour M.
Kouzinopoulos C.
Kovalenko O.
Kovalenko V.
Kowalski M.
Kralik I.
Kravcakova A.
Krivda M.
Krizek F.
Kryshen E.
Krzewicki M.
Kubera A. M.
Kucera V.
Kuhn C.
Kuijer P. G.
Kumar A.
Kumar J.
Kumar L.
Kumar S.
Kundu S.
Kurashvili P.
Kurepin A.
Kurepin A. B.
Kuryakin A.
Kushpil S.
Kweon M. J.
Kwon Y.
La Pointe S. L.
La Rocca P.
Lakomov I.
Langoy R.
Lapidus K.
Lara C.
Lardeux A.
Lattuca A.
Laudi E.
Lavicka R.
Lazaridis L.
Lea R.
Leardini L.
Lee S.
Lehas F.
Lehner S.
Lehrbach J.
Lemmon R. C.
Lenti V.
Leogrande E.
Levai P.
Lezama E. P.
Li S.
Li X.
Lien J.
Lietava R.
Limon S. V.
Lindal S.
Lindenstruth V.
Lippmann C.
Lisa M. A.
Litichevskyi V.
Ljunggren H. M.
Llope W. J.
Lodato D. F.
Loenne P. I.
Loginov V.
Loizides C.
Loncar P.
Lopez X.
Lowe A.
Luettig P.
Lunardon M.
Luparello G.
Lupi M.
Lutz T. H.
Maevskaya A.
Mager M.
Mahajan S.
Mahmood S. M.
Maire A.
Majka R. D.
Mal'Kevich D.
Malaev M.
Maldonado I. C.
Malinina L.
Malzacher P.
Mamonov A.
Manko V.
Manso F.
Manzari V.
Mao Y.
Marchisone M.
Mares J.
Margagliotti G. V.
Margotti A.
Margutti J.
Marin A.
Markert C.
Marquard M.
Martin N. A.
Martinengo P.
Martinez H. B.
Martinez J. A. L.
Martinez M. I.
Mas A.
Masciocchi S.
Masera M.
Masoni A.
Mastroserio A.
Mathis A. M.
Matyja A.
Mayer C.
Mazer J.
Mazzilli M.
Mazzoni M. A.
Meddi F.
Meethaleveedu G. K.
Melikyan Y.
Menchaca-Rocha A.
Meninno E.
Meres M.
Mhlanga S.
Miake Y.
Mieskolainen M. M.
Mihaylov D.
Mikhaylov K.
Milano L.
Milosevic J.
Mischke A.
Mishra A. N.
Mishra T.
Miskowiec D.
Mitra J.
Mitu C. M.
Mohammadi N.
Mohanty B.
Molina R. A.
Montero A. J. R.
Montes E.
Monzon I. L.
Morales Y. C.
Moreno L. A. P.
Moretto S.
Morreale A.
Morsch A.
Muccifora V.
Mudnic E.
Muhlheim D.
Muhuri S.
Mukherjee M.
Mulligan J. D.
Munhoz M. G.
Munning K.
Munoz G. T.
Munzer R. H.
Murakami H.
Murray S.
Musa L.
Musinsky J.
Myers C. J.
Naik B.
Nair R.
Nandi B. K.
Nania R.
Nappi E.
Naru M. U.
Nattrass C.
Navarro S. R.
Nayak K.
Nayak R.
Nayak T. K.
Nazarenko S.
Nedosekin A.
Nellen L.
Nesbo S. V.
Ng F.
Nicassio M.
Niculescu M.
Niedziela J.
Nielsen B. S.
Nikolaev S.
Nikulin S.
Nikulin V.
Noferini F.
Nomokonov P.
Nooren G.
Noris J. C. C.
Norman J.
Nyanin A.
Nystrand J.
Oeschler H.
Oh S.
Ohlson A.
Okubo T.
Olah L.
Oleniacz J.
Oliver M. H.
Onderwaater J.
Oppedisano C.
Orava R.
Oravec M.
Oskarsson A.
Otwinowski J.
Oyama K.
Ozdemir M.
Pachmayer Y.
Pacik V.
Pagano D.
Pagano P.
Paic G.
Pal S. K.
Palni P.
Pan J.
Pandey A. K.
Panebianco S.
Papikyan V.
Pappalardo G. S.
Pareek P.
Park J.
Park W. J.
Parmar S.
Passfeld A.
Paticchio V.
Patra R. N.
Paul B.
Pedreira M. M.
Pei H.
Peitzmann T.
Peng X.
Pereira L. G.
Peresunko D.
Perez J. M.
Peskov V.
Pestov Y.
Petracek V.
Petrov V.
Petrovici M.
Petta C.
Pezzi R. P.
Piano S.
Pikna M.
Pillot P.
PimenteL L.
Pinazza O.
Pinsky L.
Piyarathna D. B.
Planinic M.
Ploskon M.
Pluta J.
Pochybova S.
Podesta-Lerma P. L. M.
Poghosyan M. G.
Polichtchouk B.
Poljak N.
Poonsawat W.
Pop A.
Poppenborg H.
Porteboeuf-Houssais S.
Porter J.
Pospisil J.
Pozdniakov V.
Prado C. A. G.
Prasad S. K.
Preghenella R.
Prino F.
Pruneau C. A.
Pshenichnov I.
Puccio M.
Puddu G.
Pujahari P.
Punin V.
Putschke J.
Qvigstad H.
Rachevski A.
Raha S.
Rajput S.
Rak J.
Rakotozafindrabe A.
Ramello L.
Rami F.
Ramirez A. G.
Rana D. B.
Raniwala R.
Raniwala S.
Rasanen S. S.
Rascanu B. T.
Rathee D.
Ratza V.
Ravasenga I.
Read K. F.
Redlich K.
Rehman A.
Reichelt P.
Reidt F.
Ren X.
Renfordt R.
Reolon A. R.
Reshetin A.
Reygers K.
Riabov V.
Ricci R. A.
Richert T.
Richter M.
Riedler P.
Riegler W.
Riggi F.
Rinella G. A.
Ristea C.
Roed K.
Rogochaya E.
Rohr D.
Rohrich D.
Ronchetti F.
Ronflette L.
Rosnet P.
Rossi A.
Roukoutakis F.
Roy A.
Roy C.
Roy P.
Rui R.
Russo R.
Ryabinkin E.
Ryabov Y.
Rybicki A.
Saarinen S.
Sadhu S.
Sadovsky S.
Safarik K.
Sahlmuller B.
Sahoo B.
Sahoo P.
Sahoo R.
Sahoo S.
Sahu P. K.
Saini J.
Sakai S.
Saleh M. A.
Salzwedel J.
Sambya S.
Samsonov V.
Sanchez C. C.
Sandova A.
Sarkar D.
Sarkar N.
Sarma P.
Sas M. H. P.
Scapparone E.
Scarlassara F.
Scharenberg R. P.
Schiaua C.
Schicker R.
Schmidt C.
Schmidt H. R.
Schmidt M.
Schmidt M. O.
Schukraft J.
Schutz Y.
Schwarz K.
Schweda K.
Scioli G.
Scomparin E.
Scott R.
Sefcik M.
Seger J. E.
Sekiguchi Y.
Sekihata D.
Selyuzhenkov I.
Senosi K.
Senyukov S.
Serradilla E.
Sett P.
Sevcenco A.
Shabanov A.
Shabetai A.
Shadura O.
Shahoyan R.
Shangaraev A.
Sharma A.
Sharma M.
Sharma N.
Sheikh A. I.
Shigaki K.
Shou Q.
Shtejer K.
Sibiriak Y.
Siddhanta S.
Sielewicz K. M.
Siemiarczuk T.
Silvemiyr D.
Silvestre C.
Simatovic G.
Simonetti G.
Singaraju R.
Singh R.
Singhal V.
Sinha T.
Sitar B.
Sitta M.
Skaali T. B.
Slupecki M.
Smimov N.
Snellings R. J. M.
Snellman T. W.
Song J.
Song M.
Soramel F.
Sorensen S.
Sozzi F.
Spiriti E.
Sputowska I.
Srivastava B. K.
Stachel J.
Stan I.
Stankus P.
Stenlund E.
Stiller J. H.
Stocco D.
Strmen P.
Suaide A. A. P.
Sugitate T.
Suire C.
Suleymanov M.
Suljic M.
Sultanov R.
Sumbera M.
Sumowidagdo S.
Suzuki K.
Swain S.
Szabo A.
Szarka I.
Szczepankiewicz A.
Szymanski M.
Tabassam U.
Takahashi J.
Tambave G. J.
Tanaka N.
Tarhini M.
Tariq M.
Tarzila M. G.
Tauro A.
Telesca A.
Tellez A. F.
Tello A. V.
Terasaki K.
Terrevoli C.
Teyssier B.
Thakur D.
Thomas D.
Tieulent R.
Tikhonov A.
Timmins A. R.
Toia A.
Torres E. L.
Tripathy S.
Trogolo S.
Trombetta G.
Trubnikov V.
Trzaska W. H.
Trzeciak B. A.
Tsuji T.
Tumkin A.
Turrisi R.
Tveter T. S.
Ullaland K.
Umaka E. N.
Uras A.
Usai G. L.
Utrobicic A.
Uysal A. K.
Vala M.
Van der Maarel J.
Van Hoorne J. W.
van Leeuwen M.
Vanat T.
Varga D.
Vargas A.
Vargyas M.
Varma R.
Vasileiou M.
Vasiliev A.
Vauthier A.
Vechernin V.
Veen A. M.
Velasquez A. O.
Velure A.
Vercellin E.
Vernet R.
Vertesi R.
Vickovic L.
Vigolo S.
Viinikainen J.
Vilakazi Z.
Villar E. C.
Vinogradov A.
Vinogradov L.
Virgili T.
Vislavicius V.
Vodopyanov A.
Volkl M. A.
Voloshin K.
Voloshin S. A.
Volpe G.
von Haller B.
Vorobyev I.
Voscek D.
Vranic D.
Vrlakova J.
Vyvre P. V.
Wagner B.
Wagner J.
Wang H.
Wang M.
Watanabe D.
Watanabe Y.
Weber M.
Weber S. G.
Weiser D. F.
Wessels J. P.
Westerhoff U.
Whitehead A. M.
Wiechula J.
Wikne J.
Wilk G.
Wilkinson J.
Willems G. A.
Williams M. C. S.
Windelband B.
Witt W. E.
Yalcin S.
Yang P.
Yano S.
Yin Z.
Yokoyama H.
Yoo I. K.
Yoon J. H.
Yurchenko V.
Zaccolo V.
Zaman A.
Zampolli C.
Zanoli H. J. C.
Zaporozhets S.
Zardoshti N.
Zarochentsev A.
Zavada P.
Zaviyalov N.
Zbroszczyk H.
Zhalov M.
Zhang C.
Zhang H.
Zhang X.
Zhang Y.
Zhang Z.
Zhao C.
Zhigareva N.
Zhou D.
Zhou Y.
Zhou Z.
Zhu H.
Zhu J.
Zhu X.
Zichichi A.
Zimmermann A.
Zimmermann M. B.
Zimmermann S.
Zinovjev G.
Zmeskal J.
Publication venue: 'American Physical Society (APS)'
Publication date: 09/07/2020
Field of study

CONSELHO NACIONAL DE DESENVOLVIMENTO CIENTÍFICO E TECNOLÓGICO - CNPQFINANCIADORA DE ESTUDOS E PROJETOS - FINEPFUNDAÇÃO DE AMPARO À PESQUISA DO ESTADO DE SÃO PAULO - FAPESPWe present the first measurement of the two-particle transverse momentum differential correlation function, P-2 = <Delta pT Delta p(T)gt;/ < p(T)gt;(2), in Pb-Pb collisions at root s(NN) = 2.76 TeV. Results for P-2 are reported as a function of the relative pseudorapidity (Delta eta) and azimuthal angle (Delta phi) between two particles for different collision centralities. The Delta phi dependence is found to be largely independent of Delta eta for broken vertical bar Delta eta broken vertical bar gt;= 0.9. In the 5% most central Pb-Pb collisions, the two-particle transverse momentum correlation function exhibits a clear double-hump structure around Delta phi=pi (i. e., on the away side), which is not observed in number correlations in the same centrality range, and thus provides an indication of the dominance of triangular flow in this collision centrality. Fourier decompositions of P-2, studied as a function of the collision centrality, show that correlations at broken vertical bar Delta eta broken vertical bar gt;= 0.9 can be well reproduced by a flow ansatz based on the notion that measured transverse momentum correlations are strictly determined by the collective motion of the system.11816112CONSELHO NACIONAL DE DESENVOLVIMENTO CIENTÍFICO E TECNOLÓGICO - CNPQFINANCIADORA DE ESTUDOS E PROJETOS - FINEPFUNDAÇÃO DE AMPARO À PESQUISA DO ESTADO DE SÃO PAULO - FAPESPCONSELHO NACIONAL DE DESENVOLVIMENTO CIENTÍFICO E TECNOLÓGICO - CNPQFINANCIADORA DE ESTUDOS E PROJETOS - FINEPFUNDAÇÃO DE AMPARO À PESQUISA DO ESTADO DE SÃO PAULO - FAPESPSem informaçãoSem informaçãoSem informaçãoThe ALICE Collaboration thanks all its engineers and technicians for their invaluable contributions to the construction of the experiment and the CERN accelerator teams for the outstanding performance of the LHC complex. The ALICE Collaboration gratefully acknowledges the resources and support provided by all Grid centers and the Worldwide LHC Computing Grid (WLCG) Collaboration. The ALICE Collaboration acknowledges the following funding agencies for their support in building and running the ALICE detector: A. I. Alikhanyan National Science Laboratory (Yerevan Physics Institute) Foundation (ANSL), State Committee of Science and World Federation of Scientists (WFS), Armenia; Austrian Academy of Sciences and Nationalstiftung fur Forschung, Technologie und Entwicklung, Austria; Conselho Nacional de Desenvolvimento Cientifico e Tecnologico (CNPq), Universidade Federal do Rio Grande do Sul (UFRGS), Financiadora de Estudos e Projetos (Finep) and Fundacao de Amparo a Pesquisa do Estado de Sao Paulo (FAPESP), Brazil; Ministry of Science and Technology of China (MSTC), National Natural Science Foundation of China (NSFC), and Ministry of Education of China (MOEC), China; Ministry of Science, Education and Sport and Croatian Science Foundation, Croatia; Ministry of Education, Youth and Sports of the Czech Republic, Czech Republic; The Danish Council for Independent Research-Natural Sciences, the Carlsberg Foundation and Danish National Research Foundation (DNRF), Denmark; Helsinki Institute of Physics (HIP), Finland; Commissariat a l'Energie Atomique (CEA) and Institut National de Physique Nucleaire et de Physique des Particules (IN2P3) and Centre National de la Recherche Scientifique (CNRS), France; Bundesministerium fur Bildung, Wissenschaft, Forschung und Technologie (BMBF) and GSI Helmholtzzentrum fur Schwerionenforschung GmbH, Germany; Ministry of Education, Research and Religious Affairs, Greece; National Research, Development and Innovation Office, Hungary; Department of Atomic Energy Government of India (DAE) and Council of Scientific and Industrial Research (CSIR), New Delhi, India; Indonesian Institute of Science, Indonesia; Centro Fermi-Museo Storico della Fisica e Centro Studi e Ricerche Enrico Fermi and Istituto Nazionale di Fisica Nucleare (INFN), Italy; Institute for Innovative Science and Technology, Nagasaki Institute of Applied Science (IIST), Japan Society for the Promotion of Science (JSPS) KAKENHI and Japanese Ministry of Education, Culture, Sports, Science and Technology (MEXT), Japan; Consejo Nacional de Ciencia (CONACYT) y Tecnologia, through Fondo de Cooperacion Internacional en Ciencia y Tecnologia (FONCICYT) and Direccion General de Asuntos del Personal Academico (DGAPA), Mexico; Nationaal instituut voor subatomaire fysica (Nikhef), Netherlands; The Research Council of Norway, Norway; Commission on Science and Technology for Sustainable Development in the South (COMSATS), Pakistan; Pontificia Universidad Catolica del Peru, Peru; Ministry of Science and Higher Education and National Science Centre, Poland; Korea Institute of Science and Technology Information and National Research Foundation of Korea (NRF), Republic of Korea; Ministry of Education and Scientific Research, Institute of Atomic Physics and Romanian National Agency for Science, Technology and Innovation, Romania; Joint Institute for Nuclear Research (JINR), Ministry of Education and Science of the Russian Federation and National Research Centre Kurchatov Institute, Russia; Ministry of Education, Science, Research and Sport of the Slovak Republic, Slovakia; National Research Foundation of South Africa, South Africa; Centro de Aplicaciones Tecnologicas y Desarrollo Nuclear (CEADEN), Cubaenergia, Cuba, Ministerio de Ciencia e Innovacion and Centro de Investigaciones Energeticas, Medioambientales y Tecnologicas (CIEMAT), Spain; Swedish Research Council (VR) and Knut and Alice Wallenberg Foundation (KAW), Sweden; European Organization for Nuclear Research, Switzerland; National Science and Technology Development Agency (NSDTA), Suranaree University of Technology (SUT) and Office of the Higher Education Commission under NRU project of Thailand, Thailand; Turkish Atomic Energy Agency (TAEK), Turkey; National Academy of Sciences of Ukraine, Ukraine; Science and Technology Facilities Council (STFC), United Kingdom; National Science Foundation of the United States of America (NSF) and United States Department of Energy, Office of Nuclear Physics (DOE NP), United States of America

Repositorio da Producao Cientifica e Intelectual da Unicamp

Flow Dominance and Factorization of Transverse Momentum Correlations in Pb-Pb Collisions at the LHC

Author: Adam J
Adamova D
Aggarwal MM
Agnello M
Agrawa N
Ahammed Z
Ahmad S
Ahn SU
Aiola S
Akindinov A
Alam SN
Albuquerque DSD
Aleksandrov D
Alessandro B
Alexandre D
Alfaro Molina R
Alici A
Alkin A
Alme J
Alt T
Altinpinar S
Altsy-Beev I
Alves Garcia Prado C
An M
Andrei C
Andrews HA
Andronic A
Anguelov V
Anson C
Anticic T
Antinori F
Antonioli P
Anwar R
Aphecetche L
Appelshaeuser H
Arcelli S
Arnaldi R
Arnold OW
Arsene IC
Arslandok M
Audurier B
Augustinus A
Averbeck R
Azmi MD
Badala A
Baek YW
Bagnasco S
Bailhache R
Baillie O Villalobos
Bala R
Balbastre G Conesa
Baldisseri A
Baral RC
Barbano AM
Barbera R
Barile F
Barioglio L
Barnafoldi GG
Barnby LS
Barret V
Barroso V Chibante
Bartalini P
Barth K
Bartke J
Bartsch E
Basile M
Bastid N
Basu S
Bathen B
Batigne G
Batyunya B
Batzing PC
Bearden IG
Beck H
Bedda C
Behera NK
Belikov I
Bellini F
Bello Martinez H
Bellwied R
Beltran LGE
Belyaev V
Bencedi G
Beole S
Bercuci A
Berdnikov Y
Berenyi D
Bertens RA
Berzano D
Betev L
Bhasin A
Bhat IR
Bhati AK
Bhattacharjee B
Bhom J
Bianchi L
Bianchi N
Bianchin C
Bielcik J
Bielcikova J
Bilandzic A
Biro G
Biswas R
Biswas S
Blair JT
Blau D
Blume C
Bock F
Bogdanov A
Boldizsar L
Bombara M
Bonora M
Book J
Bore H
Borissov A
Borri M
Botta E
Bourjau C
Braun-Munzingerm R
Bregant M
Broker TA
Browning TA
Broz M
Brucken EJ
Bruna E
Bruno GE
Budnikov D
Buesching H
Bufalino S
Buhler P
Buitron SAI
Buncic P
Busch O
Bustamante RT Jimenez
Buthelezi Z
Butt JB
Buxton JT
Cabala J
Caffarri D
Caines H
Caliva A
Camejo A Batista
Camerini P
Capon AA
Carena F
Carena W
Carnesecchi F
Castellanos J Castillo
Castro AJ
Casula EAR
Ceballos Sanchez C
Cerello P
Cerkala J
Chang B
Chapeland S
Chartier M
Charvet JL
Chattopadhyay S
Chattopadhyay S
Chauvin A
Cherney M
Cheshkov C
Cheynis B
Chinellato DD
Cho S
Chochula P
Choi K
Chojnacki M
Choudhury S
Christakoglou P
Christensen CH
Christiansen P
Chujo T
Chung SU
Cicalo C
Cifarelli L
Cindolo F
Cleymans J
Colamaria F
Colella D
Collaboration ALICE
Collu A
Colocci M
Connors ME
Contreras JG
Cormier TM
Cortes Maldonado I
Cortese P
Cosentino MR
Costa F
Crkovska J
Crochet P
Cruz Albino R
Cuautle E
Cunqueiro L
Da Costa H Pereira
da Luz H Natal
Da Silva AC Oliveira
Dahms T
Dainese A
Danisch MC
Danu A
Das D
Das I
Das S
Dash A
Dash S
De Caro A
de Cataldo G
de Conti C
de Cuveland J
De Falco A
De Godoy DA Moreira
De Gruttola D
De Marco N
De Oliveira RA Negrao
De Pasquale S
De Souza RD
De S
Degenhardt HF
Deisting A
del Valle Z Conesa
Deloff A
Deplano C
Dhankher P
Di Bari D
Di Mauro A
Di Nezza P
Di Ruzza B
Diaz Corchero MA
Dietel T
Dillenseger P
Divia R
Djuvsland O
Dobrin A
Doenigus B
Domenicis Gimenez D
Dordic O
Drozhzhova T
Dubey AK
Dubla A
Ducroux L
Duggal AK
Dupieux P
Ehlers RJ
Elia D
Elstrup H
Endress E
Engel H
Epple E
Erazmus B
Erhardt F
Espagnon B
Esumi S
Eulisse G
Eum J
Evans D
Evdokimov S
Fabbietti L
Fabris D
Faivre J
Fantoni A
Fasel M
Feldkamp L
Feliciello A
Feofilov G
Ferencei J
Fernandez Tellez A
Ferreiro EG
Ferretti A
Festanti A
Feuillard VJG
Figiel J
Figueredo MAS
Filchagin S
Finogeev D
Fionda FM
Fiore EM
Floris M
Foertsch S
Foka P
Fokin S
Fragiacomo E
Francescon A
Francisco A
Frankenfeld U
Fronze GG
Fuchs U
Furget C
Furs A
Gaardhoje JJ
Gagliardi M
Gago AM
Gajdosova K
Gallio M
Galvan CD
Gangadharan DR
Ganoti P
Gao C
Garabatos C
Garcia G Martinez
Garcia-Solis E
Garg K
Garg P
Gargiulo C
Gasik P
Gauger EF
Gay Ducati MB
Germain M
Ghosh P
Ghosh SK
Gianotti P
Girard M Fusco
Giubellino P
Giubilato P
Gladysz-Dziadus E
Glaessel P
Gomez Coral DM
Gonzalez AS
Gonzalez V
Gonzalez-Zamora P
Gorbunov S
Gorlich L
Gotovac S
Grabski V
Graczykowski LK
Graham KL
Greiner L
Grelli A
Grigoras C
Grigoriev V
Grigoryan A
Grigoryan S
Grion N
Gronefeld JM
Grosa F
Grosse-Oetringhaus JF
Grosso R
Gruber L
Grull FR
Guber F
Guernane R
Guerzoni B
Gulbrandsen K
Gunji T
Gupta A
Gupta R
Guzman IB
Haake R
Hadjidakis C
Hamagaki H
Hamar G
Hamon JC
Harris JW
Harton A
Hatzifotiadou D
Hayashi S
Hecke ST
Hellbaer E
Herghelegiu A
Herrera Corral G
Herrmann F
Hess BA
Hetland KF
Hillemanns H
Hippolyte B
Hladky J
Horak D
Hosokawa R
Hristov P
Hughes C
Humanic TJ
Hussain N
Hussain T
Hutter D
Hwang DS
Ilkaev R
Inaba M
Ippolitov M
Irfan M
Isakov V
Islam MS
Ivanov M
Ivanov V
Izucheev V
Jacak B
Jacazio N
Jacobs PM
Jadhav MB
Jadlovska S
Jadlovsky J
Jahnke C
Jakubowska MJ
Janik MA
Jayarathna PHSY
Jena C
Jena S
Jercic M
Jones PG
Jusko A
Kalinak P
Kalweit A
Kang JH
Kaplin V
Kar S
Karavichev O
Karavicheva T
Karayan L
Karpechev E
Kebschull U
Kei M
Keidel R
Keijdener DLD
Khan M Mohisin
Khan P
Khan SA
Khanzadeev A
Kharlov Y
Khatun A
Khuntia A
Kielbowicz MM
Kilen B
Kim D
Kim DJ
Kim DW
Kim H
Kim J
Kim JS
Kim M
Kim M
Kim S
Kim T
Kirsch S
Kisel I
Kiselev S
Kisie A
Kiss G
Klay JL
Klein C
Klein J
Klein-Boesing C
Klewin S
Kluge A
Knichel ML
Knospe AG
Kobdaj C
Kofarago M
Kollegger T
Kolojvari A
Kondratiev V
Kondratyeva N
Kondratyuk E
Konevskikh A
Kopcik M
Kour M
Kouzinopoulos C
Kovalenko O
Kovalenko V
Kowalski M
Kralik I
Kravcakova A
Krivda M
Krizek F
Kryshen E
Krzewicki M
Kubera AM
Kucera V
Kuhn C
Kuijer PG
Kumar A
Kumar J
Kumar L
Kumar S
Kundu S
Kurashvili P
Kurepin A
Kurepin AB
Kuryakin A
Kushpil S
Kweon MJ
Kwon Y
La Pointe SL
La Rocca P
Lagana Fernandes C
Lakomov I
Langoy R
Lapidus K
Lara C
Lardeux A
Lattuca A
Laudi E
Lavicka R
Lazaridis L
Lea R
Leardini L
Lee S
Lehas F
Lehner S
Lehrbach J
Lemmon RC
Lenti V
Leogrande E
Leon Monzon I
Levai P
Lezama E Perez
Li S
Li X
Lien J
Lietava R
Lindal S
Lindenstruth V
Lippmann C
Lisa MA
Litichevskyi V
Ljunggren HM
Llope WJ
Lodato DF
Loenne PI
Loginov V
Loizides C
Loncar P
Lopez Torres E
Lopez X
Lowe A
Luettig P
Lunardon M
Luparello G
Lupi M
Lutz TH
Maevskaya A
Mager M
Mahajan S
Mahmood SM
Maire A
Majka RD
Mal'Kevich D
Malaev M
Maldonado Cervantes I
Malinina L
Malzacher P
Mamonov A
Manko V
Manso F
Manzari V
Mao Y
Marchisone M
Mares J
Margagliotti GV
Margotti A
Margutti J
Marin A
Markert C
Marquard M
Martin NA
Martinengo P
Martinez JAL
Martinez MI
Mas A
Masciocchi S
Masera M
Masoni A
Mastroserio A
Mathis AM
Matyja A
Mayer C
Mazer J
Mazzilli M
Mazzoni MA
Meddi F
Meethaleveedu G Koyithatta
Melikyan Y
Menchaca-Rocha A
Meninno E
Meres M
Mhlanga S
Miake Y
Mieskolainen MM
Mihaylov D
Mikhaylov K
Milano L
Milosevic J
Mischke A
Mishra AN
Mishra T
Miskowiec D
Mitra J
Mitu CM
Mohammadi N
Mohanty B
Montes E
Morales Y Corrales
Moreno LAP
Moretto S
Morreale A
Morsch A
Muccifora V
Mudnic E
Muehlheim D
Muenning K
Muhuri S
Mukherjee M
Mulligan JD
Munhoz MG
Munzer RH
Murakami H
Murray S
Musa L
Musinsky J
Myers CJ
Naik B
Nair R
Nandi BK
Nania R
Nappi E
Naru MU
Nattrass C
Navarro SR
Nayak K
Nayak R
Nayak TK
Nazarenko S
Nedosekin A
Nellen L
Nesbo SV
Ng F
Nicassio M
Niculescu M
Niedziela J
Nielsen BS
Nikolaev S
Nikulin S
Nikulin V
Noferini F
Nomokonov P
Nooren G
Noris JCC
Norman J
Nyanin A
Nystrand J
Oeschler H
Oh S
Ohlson A
Okubo T
Olah L
Oleniacz J
Oliver MH
Onderwaater J
Oppedisano C
Orava R
Oravec M
Ortiz Velasquez A
Oskarsson A
Otwinowski J
Oyama K
Ozdemir M
Pachmayer Y
Pacik V
Pagano D
Pagano P
Paic G
Pal SK
Palni P
Pan J
Pandey AK
Panebianco S
Papikyan V
Pappalardo GS
Pareek P
Park J
Park WJ
Parmar S
Passfeld A
Paticchio V
Patra RN
Paul B
Pedreira M Martinez
Pei H
Peitzmann T
Peng X
Pereira LG
Peresunko D
Perez J Mercado
Peskov V
Pestov Y
Petracek V
Petrov V
Petrovici M
Petta C
Pezzi RP
Piano S
Pikna M
Pillot P
Pimentel LODL
Pinazza O
Pinsky L
Piyarathna DB
Planinic M
Ploskon M
Pluta J
Pochybova S
Podesta-Lerma PLM
Poghosyan MG
Polichtchouk B
Poljak N
Poonsawat W
Pop A
Poppenborg H
Porteboeuf-Houssais S
Porter J
Pospisil J
Pozdniakov V
Prasad SK
Preghenella R
Prino F
Pruneau CA
Pshenichnov I
Puccio M
Puddu G
Pujahari P
Punin V
Putschke J
Qvigstad H
Rachevski A
Raha S
Rajput S
Rak J
Rakotozafindrabe A
Ramello L
Rami F
Ramirez A Gomez
Rana DB
Raniwala R
Raniwala S
Rasanen SS
Rascanu BT
Rathee D
Ratza V
Ravasenga I
Read KF
Redlich K
Rehman A
Reichelt P
Reidt F
Ren X
Renfordt R
Reolon AR
Reshetin A
Reygers K
Riabov V
Ricci RA
Richert T
Richter M
Riedler P
Riegler W
Riggi F
Rinella G Aglieri
Ristea C
Rodriguez Cahuantzi M
Roed K
Rogochaya E
Rohr D
Rohrich D
Ronchetti F
Ronflette L
Rosnet P
Rossi A
Roukoutakis F
Roy A
Roy C
Roy P
Rubio Montero AJ
Rui R
Russo R
Ryabinkin E
Ryabov Y
Rybicki A
Saarinen S
Sadhu S
Sadovsky S
Safarik K
Sahlmuller B
Sahoo B
Sahoo P
Sahoo R
Sahoo S
Sahu PK
Saini J
Sakai S
Saleh MA
Salzwedel J
Sambya S
Samsonov V
Sandova A
Sarkar D
Sarkar N
Sarma P
Sas MHP
Scapparone E
Scarlassara F
Scharenberg RP
Schiaua C
Schicker R
Schmidt C
Schmidt HR
Schmidt M
Schmidt MO
Schukraft J
Schutz Y
Schwarz K
Schweda K
Scioli G
Scomparin E
Scott R
Sefcik M
Seger JE
Sekiguchi Y
Sekihata D
Selyuzhenkov I
Senosi K
Senyukov S
Serradilla E
Sett P
Sevcenco A
Shabanov A
Shabetai A
Shadura O
Shahoyan R
Shangaraev A
Sharma A
Sharma A
Sharma M
Sharma M
Sharma N
Sheikh AI
Shigaki K
Shou Q
Shtejer K
Sibiriak Y
Siddhanta S
Sielewicz KM
Siemiarczuk T
Silvemiyr D
Silvestre C
Simatovic G
Simonetti G
Singaraju R
Singh R
Singhal V
Sinha T
Sitar B
Sitta M
Skaali TB
Slupecki M
Smimov N
Snellings RJM
Snellman TW
Song J
Song M
Soramel F
Sorensen S
Sozzi F
Spiriti E
Sputowska I
Srivastava BK
Stachel J
Stan I
Stankus P
Stenlund E
Stiller JH
Stocco D
Strmen P
Suaide AAP
Sugitate T
Suire C
Suleymanov M
Suljic M
Sultanov R
Sumbera M
Sumowidagdo S
Suzuki K
Swain S
Szabo A
Szarka I
Szczepankiewicz A
Szymanski M
Tabassam U
Takahashi J
Tambave GJ
Tanaka N
Tarhini M
Tariq M
Tarzila MG
Tauro A
Tejeda Munoz G
Telesca A
Terasaki K
Terrevoli C
Teyssier B
Thakur D
Thomas D
Tieulent R
Tikhonov A
Timmins AR
Toia A
Tripathy S
Trogolo S
Trombetta G
Trubnikov V
Trzaska WH
Trzeciak BA
Tsuji T
Tumkin A
Turrisi R
Tveter TS
Ullaland K
Umaka EN
Uras A
Usai GL
Utrobicic A
Uysal A Karasu
Vala M
Van der Maarel J
Van Hoorne JW
van Leeuwen M
Vanat T
Varga D
Vargas A
Vargyas M
Varma R
Vasileiou M
Vasiliev A
Vauthier A
Vazquez Doce O
Vechernin V
Veen AM
Velure A
Vercellin E
Vergara Limon S
Vernet R
Vertesi R
Vickovic L
Vigolo S
Viinikainen J
Vilakazi Z
Villar E Calvo
Villatoro Tello A
Vinogradov A
Vinogradov L
Virgili T
Vislavicius V
Vodopyanov A
Voelkl MA
Voloshin K
Voloshin SA
Volpe G
von Haller B
Vorobyev I
Voscek D
Vranic D
Vrlakova J
Vyvre P Vande
Wagner B
Wagner J
Wang H
Wang M
Watanabe D
Watanabe Y
Weber M
Weber SG
Weiser DF
Wessels JP
Westerhoff U
Whitehead AM
Wiechula J
Wikne J
Wilk G
Wilkinson J
Willems GA
Williams MCS
Windelband B
Witt WE
Yalcin S
Yang P
Yano S
Yin Z
Yokoyama H
Yoo I-K
Yoon JH
Yurchenko V
Zaccolo V
Zaman A
Zampolli C
Zanoli HJC
Zaporozhets S
Zardoshti N
Zarochentsev A
Zavada P
Zaviyalov N
Zbroszczyk H
Zhalov M
Zhang C
Zhang H
Zhang X
Zhang Y
Zhang Z
Zhao C
Zhigareva N
Zhou D
Zhou Y
Zhou Z
Zhu H
Zhu J
Zhu X
Zichichi A
Zimmermann A
Zimmermann MB
Zimmermann S
Zinovjev G
Zmeskal J
Publication venue: 'American Physical Society (APS)'
Publication date: 01/01/2017
Field of study

We present the first measurement of the two-particle transverse momentum differential correlation function, P2≡ ΔpTΔpT/ pT2, in Pb-Pb collisions at sNN=2.76 TeV. Results for P2 are reported as a function of the relative pseudorapidity (Δη) and azimuthal angle (Δφ) between two particles for different collision centralities. The Δφ dependence is found to be largely independent of Δη for |Δη|≥0.9. In the 5% most central Pb-Pb collisions, the two-particle transverse momentum correlation function exhibits a clear double-hump structure around Δφ=π (i.e., on the away side), which is not observed in number correlations in the same centrality range, and thus provides an indication of the dominance of triangular flow in this collision centrality. Fourier decompositions of P2, studied as a function of the collision centrality, show that correlations at |Δη|≥0.9 can be well reproduced by a flow ansatz based on the notion that measured transverse momentum correlations are strictly determined by the collective motion of the system

University of Liverpool Repository

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Archivio istituzionale della ricerca - Università di Cagliari

Archivio Istituzionale della Ricerca- Università degli Studi di Foggia

Saint Petersburg State University

Dspace at IIT Bombay

Repositorio da Producao Cientifica e Intelectual da Unicamp

Archivio Istituzionale della Ricerca- Università del Piemonte Orientale

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