Precise measurement of the top quark mass in dilepton decays using optimized neutrino weighting-Reference-Cited by-同舟云学术

Precise measurement of the top quark mass in dilepton decays using optimized neutrino weighting

Published:2016-01 Issue: Volume:752 Page:18-26
ISSN:0370-2693
Container-title:Physics Letters B
language:en
Short-container-title:Physics Letters B

Author:

Abazov V.M.,Abbott B.,Acharya B.S.,Adams M.,Adams T.,Agnew J.P.,Alexeev G.D.,Alkhazov G.,Alton A.,Askew A.,Atkins S.,Augsten K.,Avila C.,Badaud F.,Bagby L.,Baldin B.,Bandurin D.V.,Banerjee S.,Barberis E.,Baringer P.,Bartlett J.F.,Bassler U.,Bazterra V.,Bean A.,Begalli M.,Bellantoni L.,Beri S.B.,Bernardi G.,Bernhard R.,Bertram I.,Besançon M.,Beuselinck R.,Bhat P.C.,Bhatia S.,Bhatnagar V.,Blazey G.,Blessing S.,Bloom K.,Boehnlein A.,Boline D.,Boos E.E.,Borissov G.,Borysova M.,Brandt A.,Brandt O.,Brock R.,Bross A.,Brown D.,Bu X.B.,Buehler M.,Buescher V.,Bunichev V.,Burdin S.,Buszello C.P.,Camacho-Pérez E.,Casey B.C.K.,Castilla-Valdez H.,Caughron S.,Chakrabarti S.,Chan K.M.,Chandra A.,Chapon E.,Chen G.,Cho S.W.,Choi S.,Choudhary B.,Cihangir S.,Claes D.,Clutter J.,Cooke M.,Cooper W.E.,Corcoran M.,Couderc F.,Cousinou M.-C.,Cuth J.,Cutts D.,Das A.,Davies G.,de Jong S.J.,De La Cruz-Burelo E.,Déliot F.,Demina R.,Denisov D.,Denisov S.P.,Desai S.,Deterre C.,DeVaughan K.,Diehl H.T.,Diesburg M.,Ding P.F.,Dominguez A.,Dubey A.,Dudko L.V.,Duperrin A.,Dutt S.,Eads M.,Edmunds D.,Ellison J.,Elvira V.D.,Enari Y.,Evans H.,Evdokimov A.,Evdokimov V.N.,Fauré A.,Feng L.,Ferbel T.,Fiedler F.,Filthaut F.,Fisher W.,Fisk H.E.,Fortner M.,Fox H.,Fuess S.,Garbincius P.H.,Garcia-Bellido A.,García-González J.A.,Gavrilov V.,Geng W.,Gerber C.E.,Gershtein Y.,Ginther G.,Gogota O.,Golovanov G.,Grannis P.D.,Greder S.,Greenlee H.,Grenier G.,Gris Ph.,Grivaz J.-F.,Grohsjean A.,Grünendahl S.,Grünewald M.W.,Guillemin T.,Gutierrez G.,Gutierrez P.,Haley J.,Han L.,Harder K.,Harel A.,Hauptman J.M.,Hays J.,Head T.,Hebbeker T.,Hedin D.,Hegab H.,Heinson A.P.,Heintz U.,Hensel C.,Heredia-De La Cruz I.,Herner K.,Hesketh G.,Hildreth M.D.,Hirosky R.,Hoang T.,Hobbs J.D.,Hoeneisen B.,Hogan J.,Hohlfeld M.,Holzbauer J.L.,Howley I.,Hubacek Z.,Hynek V.,Iashvili I.,Ilchenko Y.,Illingworth R.,Ito A.S.,Jabeen S.,Jaffré M.,Jayasinghe A.,Jeong M.S.,Jesik R.,Jiang P.,Johns K.,Johnson E.,Johnson M.,Jonckheere A.,Jonsson P.,Joshi J.,Jung A.W.,Juste A.,Kajfasz E.,Karmanov D.,Katsanos I.,Kaur M.,Kehoe R.^ORCID,Kermiche S.,Khalatyan N.,Khanov A.,Kharchilava A.,Kharzheev Y.N.,Kiselevich I.,Kohli J.M.,Kozelov A.V.,Kraus J.,Kumar A.,Kupco A.,Kurča T.,Kuzmin V.A.,Lammers S.,Lebrun P.,Lee H.S.,Lee S.W.,Lee W.M.,Lei X.,Lellouch J.,Li D.,Li H.,Li L.,Li Q.Z.,Lim J.K.,Lincoln D.,Linnemann J.,Lipaev V.V.,Lipton R.,Liu H.,Liu Y.,Lobodenko A.,Lokajicek M.,Lopes de Sa R.,Luna-Garcia R.,Lyon A.L.,Maciel A.K.A.,Madar R.,Magaña-Villalba R.,Malik S.,Malyshev V.L.,Mansour J.,Martínez-Ortega J.,McCarthy R.,McGivern C.L.,Meijer M.M.,Melnitchouk A.,Menezes D.,Mercadante P.G.,Merkin M.,Meyer A.,Meyer J.,Miconi F.,Mondal N.K.,Mulhearn M.,Nagy E.,Narain M.,Nayyar R.,Neal H.A.,Negret J.P.,Neustroev P.,Nguyen H.T.,Nunnemann T.,Orduna J.,Osman N.,Osta J.,Pal A.,Parashar N.,Parihar V.,Park S.K.,Partridge R.,Parua N.,Patwa A.,Penning B.,Perfilov M.,Peters Y.,Petridis K.,Petrillo G.,Pétroff P.,Pleier M.-A.,Podstavkov V.M.,Popov A.V.,Prewitt M.,Price D.,Prokopenko N.,Qian J.,Quadt A.,Quinn B.,Ratoff P.N.,Razumov I.,Ripp-Baudot I.,Rizatdinova F.,Rominsky M.,Ross A.,Royon C.,Rubinov P.,Ruchti R.,Sajot G.,Sánchez-Hernández A.,Sanders M.P.,Santos A.S.,Savage G.,Savitskyi M.,Sawyer L.,Scanlon T.,Schamberger R.D.,Scheglov Y.,Schellman H.,Schott M.,Schwanenberger C.,Schwienhorst R.,Sekaric J.,Severini H.,Shabalina E.,Shary V.,Shaw S.,Shchukin A.A.,Simak V.,Skubic P.,Slattery P.,Smirnov D.,Snow G.R.,Snow J.,Snyder S.,Söldner-Rembold S.,Sonnenschein L.,Soustruznik K.,Stark J.,Stoyanova D.A.,Strauss M.,Suter L.,Svoisky P.,Titov M.,Tokmenin V.V.,Tsai Y.-T.,Tsybychev D.,Tuchming B.,Tully C.,Uvarov L.,Uvarov S.,Uzunyan S.,Van Kooten R.,van Leeuwen W.M.,Varelas N.,Varnes E.W.,Vasilyev I.A.,Verkheev A.Y.,Vertogradov L.S.,Verzocchi M.,Vesterinen M.,Vilanova D.,Vokac P.,Wahl H.D.,Wang M.H.L.S.,Warchol J.,Watts G.,Wayne M.,Weichert J.,Welty-Rieger L.,Williams M.R.J.,Wilson G.W.,Wobisch M.,Wood D.R.,Wyatt T.R.,Xie Y.,Yamada R.,Yang S.,Yasuda T.,Yatsunenko Y.A.,Ye W.,Ye Z.,Yin H.,Yip K.,Youn S.W.,Yu J.M.,Zennamo J.,Zhao T.G.,Zhou B.,Zhu J.,Zielinski M.,Zieminska D.,Zivkovic L.

Funder

Department of Energy

National Science Foundation

French Alternative Energies and Atomic Energy Commission

National Center for Scientific Research/National Institute of Nuclear and Particle Physics

Ministry of Education and Science of the Russian Federation

National Research Center “Kurchatov Institute” of the Russian Federation

Russian Foundation for Basic Research

National Council for the Development of Science and Technology

Carlos Chagas Filho Foundation for Research Support in the State of Rio de Janeiro

Department of Atomic Energy

Department of Science and Technology