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Determination of the width of the top quark.

Authors :
Abazov VM
Abbott B
Abolins M
Acharya BS
Adams M
Adams T
Alexeev GD
Alkhazov G
Alton A
Alverson G
Alves GA
Ancu LS
Aoki M
Arnoud Y
Arov M
Askew A
Åsman B
Atramentov O
Avila C
BackusMayes J
Badaud F
Bagby L
Baldin B
Bandurin DV
Banerjee S
Barberis E
Baringer P
Barreto J
Bartlett JF
Bassler U
Bazterra V
Beale S
Bean A
Begalli M
Begel M
Belanger-Champagne C
Bellantoni L
Beri SB
Bernardi G
Bernhard R
Bertram I
Besançon M
Beuselinck R
Bezzubov VA
Bhat PC
Bhatnagar V
Blazey G
Blessing S
Bloom K
Boehnlein A
Boline D
Bolton TA
Boos EE
Borissov G
Bose T
Brandt A
Brandt O
Brock R
Brooijmans G
Bross A
Brown D
Brown J
Bu XB
Buchholz D
Buehler M
Buescher V
Bunichev V
Burdin S
Burnett TH
Buszello CP
Calpas B
Camacho-Pérez E
Carrasco-Lizarraga MA
Casey BC
Castilla-Valdez H
Chakrabarti S
Chakraborty D
Chan KM
Chandra A
Chen G
Chevalier-Théry S
Cho DK
Cho SW
Choi S
Choudhary B
Christoudias T
Cihangir S
Claes D
Clutter J
Cooke M
Cooper WE
Corcoran M
Couderc F
Cousinou MC
Croc A
Cutts D
Ćwiok M
Das A
Davies G
De K
de Jong SJ
De la Cruz-Burelo E
Déliot F
Demarteau M
Demina R
Denisov D
Denisov SP
Desai S
DeVaughan K
Diehl HT
Diesburg M
Dominguez A
Dorland T
Dubey A
Dudko LV
Duggan D
Duperrin A
Dutt S
Dyshkant A
Eads M
Edmunds D
Ellison J
Elvira VD
Enari Y
Eno S
Evans H
Evdokimov A
Evdokimov VN
Facini G
Ferbel T
Fiedler F
Filthaut F
Fisher W
Fisk HE
Fortner M
Fox H
Fuess S
Gadfort T
Garcia-Bellido A
Gavrilov V
Gay P
Geist W
Geng W
Gerbaudo D
Gerber CE
Gershtein Y
Ginther G
Golovanov G
Goussiou A
Grannis PD
Greder S
Greenlee H
Greenwood ZD
Gregores EM
Grenier G
Gris P
Grivaz JF
Grohsjean A
Grünendahl S
Grünewald MW
Guo F
Guo J
Gutierrez G
Gutierrez P
Haas A
Hagopian S
Haley J
Han L
Harder K
Harel A
Hauptman JM
Hays J
Head T
Hebbeker T
Hedin D
Hegab H
Heinson AP
Heintz U
Hensel C
Heredia-De la Cruz I
Herner K
Hesketh G
Hildreth MD
Hirosky R
Hoang T
Hobbs JD
Hoeneisen B
Hohlfeld M
Hossain S
Hubacek Z
Huske N
Hynek V
Iashvili I
Illingworth R
Ito AS
Jabeen S
Jaffré M
Jain S
Jamin D
Jesik R
Johns K
Johnson M
Johnston D
Jonckheere A
Jonsson P
Joshi J
Juste A
Kaadze K
Kajfasz E
Karmanov D
Kasper PA
Katsanos I
Kehoe R
Kermiche S
Khalatyan N
Khanov A
Kharchilava A
Kharzheev YN
Khatidze D
Kirby MH
Kohli JM
Kozelov AV
Kraus J
Kumar A
Kupco A
Kurča T
Kuzmin VA
Kvita J
Lammers S
Landsberg G
Lebrun P
Lee HS
Lee SW
Lee WM
Lellouch J
Li L
Li QZ
Lietti SM
Lim JK
Lincoln D
Linnemann J
Lipaev VV
Lipton R
Liu Y
Liu Z
Lobodenko A
Lokajicek M
Love P
Lubatti HJ
Luna-Garcia R
Lyon AL
Maciel AK
Mackin D
Madar R
Magaña-Villalba R
Malik S
Malyshev VL
Maravin Y
Martínez-Ortega J
McCarthy R
McGivern CL
Meijer MM
Melnitchouk A
Menezes D
Mercadante PG
Merkin M
Meyer A
Meyer J
Mondal NK
Muanza GS
Mulhearn M
Nagy E
Naimuddin M
Narain M
Nayyar R
Neal HA
Negret JP
Neustroev P
Novaes SF
Nunnemann T
Obrant G
Orduna J
Osman N
Osta J
Otero y Garzón GJ
Owen M
Padilla M
Pangilinan M
Parashar N
Parihar V
Park SK
Parsons J
Partridge R
Parua N
Patwa A
Penning B
Perfilov M
Peters K
Peters Y
Petrillo G
Pétroff P
Piegaia R
Piper J
Pleier MA
Podesta-Lerma PL
Podstavkov VM
Pol ME
Polozov P
Popov AV
Prewitt M
Price D
Protopopescu S
Qian J
Quadt A
Quinn B
Rangel MS
Ranjan K
Ratoff PN
Razumov I
Renkel P
Rich P
Rijssenbeek M
Ripp-Baudot I
Rizatdinova F
Rominsky M
Royon C
Rubinov P
Ruchti R
Safronov G
Sajot G
Sánchez-Hernández A
Sanders MP
Sanghi B
Santos AS
Savage G
Sawyer L
Scanlon T
Schamberger RD
Scheglov Y
Schellman H
Schliephake T
Schlobohm S
Schwanenberger C
Schwienhorst R
Sekaric J
Severini H
Shabalina E
Shary V
Shchukin AA
Shivpuri RK
Simak V
Sirotenko V
Skubic P
Slattery P
Smirnov D
Smith KJ
Snow GR
Snow J
Snyder S
Söldner-Rembold S
Sonnenschein L
Sopczak A
Sosebee M
Soustruznik K
Spurlock B
Stark J
Stolin V
Stoyanova DA
Strauss E
Strauss M
Strom D
Stutte L
Svoisky P
Takahashi M
Tanasijczuk A
Taylor W
Titov M
Tokmenin VV
Tsybychev D
Tuchming B
Tully C
Tuts PM
Uvarov L
Uvarov S
Uzunyan S
Van Kooten R
van Leeuwen WM
Varelas N
Varnes EW
Vasilyev IA
Verdier P
Vertogradov LS
Verzocchi M
Vesterinen M
Vilanova D
Vint P
Vokac P
Wahl HD
Wang MH
Warchol J
Watts G
Wayne M
Weber M
Welty-Rieger L
Wetstein M
White A
Wicke D
Williams MR
Wilson GW
Wimpenny SJ
Wobisch M
Wood DR
Wyatt TR
Xie Y
Xu C
Yacoob S
Yamada R
Yang WC
Yasuda T
Yatsunenko YA
Ye Z
Yin H
Yip K
Yoo HD
Youn SW
Yu J
Zelitch S
Zhao T
Zhou B
Zhu J
Zielinski M
Zieminska D
Zivkovic L
Source :
Physical review letters [Phys Rev Lett] 2011 Jan 14; Vol. 106 (2), pp. 022001. Date of Electronic Publication: 2011 Jan 11.
Publication Year :
2011

Abstract

We extract the total width of the top quark, Γ(t), from the partial decay width Γ(t → Wb) measured using the t-channel cross section for single top-quark production and from the branching fraction B(t → Wb) measured in tt events using up to 2.3  fb(-1) of integrated luminosity collected by the D0 Collaboration at the Tevatron pp Collider. The result is Γ(t) = 1.99(-0.55)(+0.69)  GeV, which translates to a top-quark lifetime of τ(t) = (3.3(-0.9)(+1.3)) × 10(-25)   s. Assuming a high mass fourth generation b' quark and unitarity of the four-generation quark-mixing matrix, we set the first upper limit on |V(tb')| < 0.63 at 95% C.L.

Details

Language :
English
ISSN :
1079-7114
Volume :
106
Issue :
2
Database :
MEDLINE
Journal :
Physical review letters
Publication Type :
Academic Journal
Accession number :
21405220
Full Text :
https://doi.org/10.1103/PhysRevLett.106.022001