Combined Search For The Standard Model Higgs Boson Decaying To B(B)Over-Bar Using The D0 Run Ii Data Set

VM M. Abazov,Brad K. Abbott,Bobby Samir Acharya,M. R. Adams,Todd Adams, G. D. Alexeev, G. D. Alkhazov,Anrew Alton,George O. Alverson, A. Askew,S. Atkins, K. Augsten,C. Ávila,Frédérique Badaud,L. Bagby,Boris Yu Baldin,Dmitry V. Bandurin,Sw W. Banerjee,Emanuela Barbëris,Philip S. Baringer,J. F. Bartlett,Ursula Bassler,Víctor E. Bazterra,Alice Bean,Márcia Begalli,Leo Bellantoni,Suman B. Beri,Gregorio Bernardi,Ralf P. Bernhard,Iain A. Bertram,Marc Besançon,R. Beuselinck,Priya C. Bhat,Sonik M. Bhatia,V. Bhatnagar,Gerald C. Blazey,Susan K. Blessing,Kenneth Bloom,Amber Boehnlein,Daniel Boline,Ernst E. Boos,Guennadi Borissov,Tulika Bose,Achi E. Brandt,O. Brandt,Raymond J. Brock,Alan D. Bross,David N. Brown,James A. Brown,X. B. Bu,Marc Buehler,V. Buescher,Viacheslav E. Bunichev,Sergey Burdin,Claus P. Buszello,Enrique Camacho-Pérez,Brendan C K Casey,H. Castilla-Valdez,S. Caughron,Subhendu K. Chakrabarti,Dhiman Chakraborty,Kai M A Chan,Avdhesh Chandra,Émilien Chapon,Guomeng Chen,S. Chevalier-Théry,D. K. Cho,S. W. Cho,Seungryul Choi,Brajesh Chandra Choudhary,Selçuk Cihangir,Dan R. Claes,J. Clutter,Michael Cooke,W. E. Cooper,Marjorie D. Corcoran,F. Couderc,M. C. Cousinou,A. Croc,David Ćutts,Aron C. Das,Gavin J. Davies,Sijbrand J. De Jong,Eduard De La Cruz-Burelo,Frédéric Déliot,Regina F. Démina,D. S. Denisov,Sergey P. Denisov,Satish V. Desai,C. Deterre,Kayle DeVaughan,H. Thomas Diehl, M. Diesburg,P. F. Ding,Aaron Domínguez,Anand Kumar Dubey,L. V. Dudko,Daniel Duggan,Arnaud Duperrin,S. Dutt,Alexander S. Dyshkant,Michael Eads,Daniel L. Edmunds,John A. Ellison,V. Daniel Elvira,Yuji Enari,Harold G. Evans,A. V. Evdokimov,V. N. Evdokimov,Gabriel J. Facini,L. Feng, T. Ferbel,Frank Fiedler,Frank Filthaut,Wade C. Fisher,H. Eugene Fisk,Michael R. Fortner,Howard S. Fox,Stuart Fuess,Arán García-Bellido,J. A. García-González,G. A. García-Guerra,V. B. Gavrilov,Pascal Gay,Weihua Geng,D. Gerbaudo,Cecilia E. Gerber,Yu S. Gershtein,G. Ginther,Georgy A. Golovanov,A. G. Goussiou,Paul D. Grannis,S. Greder,Herbert B. Greenlee,Gérald J. Grenier,Ph L Y Gris,Jean François Grivaz,Alexander Grohsjean,Stefan Grünendahl,Martin W. Grünewald,Thibault Guillemin,Gaston Gutiérrez,Phillip Gutierrez,Stephanie L. Hagopian,Joy E. Haley,Liang Han,Kristian U. Harder,Amnon Harel,John M. Hauptman,Jonathan Hays,Timothy L. Head,Thomas Hebbeker,David Hedin,H. Hegab,Ann P. Heinson,Ulrich Heintz,Carsten Hensel,I. Heredia De La Heredia De La Cruz,Ken R. Herner,G. G. Hesketh,Mike D. Hildreth,Robert J. Hirosky,T. Hoang,John D. Hobbs,B. Hoeneisen,Jason M. Hogan,Marc Hohlfeld,I. J. Howley,Zdenek Hubacek, V. Hynek, I. Iashvili,Y. Ilchenko,Robert Illingworth,A. S. Ito,Shabnam Jabeen,Marc Olivier Jaffré,A. Jayasinghe,Myungsun Jeong,Rick Jesik,Pinqun Jiang,Ken A. Johns,E. E. Johnson,Marvin E. Johnson,A. M. Jonckheere,Per M. Jönsson,Jyoti Joshi,Andreas W. Jung,Aurelio Juste, K. Kaadze,Eric Kajfasz,D. E. Karmanov,Peter A. Kasper,I. Katsanos,Robert L. Kehoe,S. Kermiche,Norik S. Khalatyan,Alexandre I. Khanov,Avto I. Kharchilava,Yu N. Kharzheev,I. L. Kiselevich, J. M. Kohli,A. V. Kozelov,James A. Kraus,S. A. Kulikov,Arun K Rhine Kumar,Alexander Kupčo,Tibor Kurča,Vadim A. Kuzmin,S. Lammers,Greg L. Landsberg,Paul L G Lebrun,Heon Lee,Sungwon Lee,William Lee,Xiaowen Lei,J. Lellouch,D. Li,Holing Li,Liang Li,Qizhong Li,J. K. Lim,Don W. Lincoln,James T. Linnemann,V. V. Lipaev,Ronald J. Lipton,Huan Liu,Yanping Liu,A. A. Lobodenko,Miloš V. Lokajíček,R. Lopes De Sa, H. J. Lubatti,René Luna Luna-García,Adam L. Lyon,Arthur K A MacIel,R. Madar,R. Magaña Villalba,Sudhir K R Malik, V. L. Malyshev,Yurii Y. Maravin,J. Martínez-Ortega,Robert L. McCarthy,C. L. McGivern,M. M. Meijer,Alex Melnitchouk,Débora Peres Menezes,Pedro G. Mercadante,M. M. Merkin,Arnd B. Meyer,Jörg P. Meyer,F. Miconi,Naba Kumar Mondal,M. J. Mulhearn,Elemér Nagy,Md D. Naimuddin,Meenakshi Narain,Ruchika Nayyar,Homer A. Neal,J. P. Negret,P. Neustroev,Hoang Thanh Nguyen,Thomas Nunnemann,Jesus Orduna,N. Osman,J. Osta,M. Padilla,Amit Kumar Pal,Neeti D. Parashar,Vivek Parihar, S. K. Park,Richard A. Partridge,Nirmalya Parua,Amit N. Patwa,B. Penning,M. A. Perfilov,Yvonne Peters,Konstantinos A. Petridis,Gianluca Petrillo,Pierre Pétroff,Marc André Pleier,Pedro Luis Manuel Podesta-Lerma,Vladimir M. Podstavkov,A. V. Popov,M. Prewitt,Darren D. Price,N. N. Prokopenko,Jun Qian,Arnulf Quadt,Breese Quinn,Murilo S. Rangel,Kirti Ranjan,Peter N. Ratoff,I. Razumov,Peter Renkel,Isabelle Ripp-Baudot, F. K. Rizatdinova,Mandy Rominsky,Anthony Joseph Ross,Christophe R. Royon, P. Rubinov,Randal C. Ruchti,Ǵerard Sajot,P. Salcido,Alberto Sánchez-Hernández,Marijn P A Sanders,Amélia Severino Ferreira E Santos,G. Paul Savage,Lee Sawyer,Tim Scanlon,R. Dean Schamberger,Yu A. Scheglov,Heidi M. Schellman,S. Schlobohm,Christian Schwanenberger,Reinhard Schwienhorst,Jadranka Sekaric,Horst Severini,Elizaveta K. Shabalina,Viatcheslav V. Shary,S. Shaw,Andrey A. Shchukin,Rajiv K. Shivpuri,Vladislav Šimák,Patrick L. Skubic,P. F. Slattery,Dmitry V. Smirnov,K. J. Smith,Gregory R. Snow,James M. Snow,Scott S. Snyder,Stefan A. Söldner-Rembold,Lars Sonnenschein,Karel Soustružník,Jan Stark,Dina A. Stoyanova,M. G. Strauss,Larry J. Suter,Peter Svoisky,M. Takahashi,Maxim Titov,V. V. Tokmenin,Y. T. Tsai,K. Tschann-Grimm,Dmitri Tsybychev,Boris Tuchming,Christopher G. Tully,L. N. Uvarov,S. Uvarov,S. A. Uzunyan,Richard J. Van Kooten,W. M. Van Leeuwen,Nikos Varelas,Erich W. Varnes,I. A. Vasilyev,Patrice Verdier,A. Y. Verkheev,L. S. Vertogradov,Marco Verzocchi,Mika Vesterinen,D. Vilanova, P. Vokac,Heinrich D. Wahl,Michael Wang,R. J. Wang, J. Warchol,Gordon Watts,Mitchell R. Wayne, J. Weichert,L. Welty-Rieger,Andrew P. White,Daniel Wicke,Mark R J Williams,Graham W. Wilson,Markus Wobisch, D. R. Wood,T. R. Wyatt,Yangchun Xie,R. Yamada,Shengyuan Yang,Wanching Yang,T. Yasuda,Yu A. Yatsunenko,Wei Ye,Zuxin Ye,Hao Yin,Kin Yip,S. W. Youn,J. M. Yu,J. Zennamo,Tianchi Zhao,T. G. Zhao,Bing Zhou,Jian Zhu,Marek Zieliński,Daria Ziemińska,Lidia Živković

PHYSICAL REVIEW LETTERS（2012）

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摘要

We present the results of the combination of searches for the standard model Higgs boson produced in association with a W or Z boson and decaying into b (b) over bar using the data sample collected with the D0 detector in p (p) over bar collisions at root s = 1.96 TeV at the Fermilab Tevatron Collider. We derive 95% C.L. upper limits on the Higgs boson cross section relative to the standard model prediction in the mass range 100 GeV <= M-H <= 150 GeV, and we exclude Higgs bosons with masses smaller than 102 GeV at the 95% C.L. In the mass range 120 GeV <= M-H <= 145 GeV, the data exhibit an excess above the background prediction with a global significance of 1.5 standard deviations, consistent with the expectation in the presence of a standard model Higgs boson.

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