Search for Higgs boson production in oppositely charged dilepton and missing energy final states in9.7 fb−1ofpp¯collisions ats=1.96 TeV

6533b828fe1ef96bd1288d55

RESEARCH PRODUCT

Search for Higgs boson production in oppositely charged dilepton and missing energy final states in9.7 fb−1ofpp¯collisions ats=1.96 TeV

M. H.l.s. Wang D. Chakraborty F. Miconi Anthony Ross Xiaowen Lei Don Lincoln Oleg Brandt Erich Varnes J. Martínez-ortega Bjoern Penning Alexander Grohsjean Pushpalatha C Bhat Marco Verzocchi K. A. Johns A. Patwa Marcia Begalli Shangfeng Yang Meenakshi Narain M. Vesterinen G. Alkhazov Lev Uvarov D. V. Bandurin B. Hoeneisen Lee Sawyer S. Bhatia Martin Grunewald Emilien Chapon G. A. García-guerra Milos Lokajicek Darien Wood C. P. Buszello Yuehong Xie S. Blessing P. F. Ding Scott Snyder V. Bunichev S. Caughron Arnulf Quadt Elemer Nagy P. Renkel B. S. Acharya A. Das P. Svoisky Lidija Zivkovic H. Hegab V. Parihar Hui Li M. Cooke R. K. Shivpuri D. Wicke V. V. Shary D. R. Claes Gavin Davies E. De La Cruz-burelo Konstantinos Petridis J. Sekaric Michael A. Strauss Daniel Duggan S. Desai Petr Vokac H. Greenlee Avto Kharchilava R. Lopes De Sa N. Osman P. A. Kasper R. Magaña-villalba S. W. Cho Gianluca Petrillo Andrew Brandt T. Hoang Alexander Khanov Y. Scheglov Kirti Ranjan V. V. Tokmenin G. Facini P. Verdier H. A. Neal J. T. Linnemann Carsten Hensel K. Yip Graham Wilson J. Kraus A. Bross Jan Stark R. D. Schamberger V. A. Kuzmin Markus Wobisch A. S. Ito S. W. Youn Cecile Deterre J. Zennamo Ruchika Nayyar A. Dubey Christopher George Tully G. Grenier P. L.m. Podesta-lerma W. Geng W. Geng Gregory R Snow P. Lebrun J. K. Lim Shabnam Jabeen H. E. Fisk Patrick Slattery V. V. Lipaev J. Lellouch Brad Abbott A. Fauré Nikos Varelas J. F. Bartlett Pierre Petroff N. K. Mondal D. Boline H. T. Diehl C. L. Mcgivern Bing Zhou Emily Johnson Philip Baringer S. Banerjee A. Sanchez-hernandez N. Khalatyan A. P. Heinson Raymond Brock Steven W. Shaw Robert Kehoe Robert Hirosky Y. W. Liu K. J. Smith S. Cihangir P. Skubic A. Y. Verkheev A. Boehnlein G. D. Alexeev Flera Rizatdinova M. A. Pleier R. Beuselinck Thibault Guillemin L. Welty-rieger Fabrice Couderc J. Ellison Pedro G Mercadante S. Uvarov S. Fuess Aran Garcia-bellido D. Hedin T. Kurca A.s. Dyshkant Y. T. Tsai Ulrich Heintz Ulrich Heintz Y. Ilchenko L. S. Vertogradov Dmitri Tsybychev R. L. Mccarthy I. Ripp-baudot V. M. Abazov B. Quinn A. Meyer G. Gutierrez Hongfang Liu J. Joshi Hang Yin C. Schwanenberger Alice Bean Sergey Burdin J. Orduna A. Jonckheere F. Badaud Frank Filthaut Jose Andres Garcia-gonzalez A. Lobodenko M. Diesburg E. E. Boos S. Söldner-rembold R. Bernhard Heriberto Castilla-valdez W. E. Cooper Daria Zieminska T. Scanlon Volker Buescher Guo-ming Chen S. Greder Vipin Bhatnagar Andrew Askew Iain Alexander Bertram S. Kermiche S. P. Denisov T. R. Wyatt Andrew White Arnaud Duperrin R. Partridge S. Atkins Liang Li R. Illingworth M. Merkin A. Jayasinghe Y. A. Yatsunenko Suman Bala Beri V. Hynek J. M. Hauptman Cecilia Elena Gerber P. Salcido A. Melnitchouk Kenneth Bloom D. A. Stoyanova Emanuela Barberis Maxim Perfilov D. N. Brown V. L. Malyshev V. N. Evdokimov M. Rominsky Elizaveta Shabalina Yuji Enari G. Ginther G. Ginther Michael Mulhearn Jianming Qian D. Smirnov J. M. Yu N. Prokopenko M. S. Jeong Gavin Grant Hesketh J. P. Negret Ashok Kumar Yvonne Peters Lev Dudko Kamil Augsten R. Luna-garcia X. B. Bu Michael Hildreth J. Snow Darren Price Todd Adams H. T. Nguyen K. Devaughan Andreas Werner Jung S. Uzunyan U. Bassler Harald Fox D. Karmanov L. Bellantoni Sung Keun Park Regina Demina L. Suter Zdenek Hubacek T. G. Zhao W. Ye Sudhir Malik Ia Iashvili Amnon Harel Brajesh C Choudhary I. A. Vasilyev J. S. Brown Carlos Avila S. Chakrabarti P. Rubinov P. D. Grannis John Hobbs M. P. Sanders Yurii Maravin Vladimir Gavrilov D. Li T. Head Gordon Watts V. M. Podstavkov J. Clutter D. Edmunds Phillip Gutierrez J. Weichert P. N. Ratoff Guennadi Borissov P. Neustroev M. Fortner A. Chandra Maksym Titov B. C.k. Casey I. Heredia-de La Cruz M. Eads M. Jaffré Joseph Haley Angelo De Souza Santos T. Nunnemann Alexander Kupco Ph Gris B. Baldin I. Katsanos W. C. Fisher N. Parua D. Vilanova Randy Ruchti Zhenyu Ye Neeti Parashar J. Hogan W. M. Lee Marvin Johnson Yuri Gershtein A. L. Lyon A. V. Kozelov I. Razumov Victor Daniel Elvira M. Zielinski Jiping Zhu J. Hays E. Camacho-pérez Suyong Choi Reinhard Schwienhorst M. C. Cousinou G. Golovanov W. M. Van Leeuwen V. E. Bazterra Marc Besancon Gregorio Bernardi D. Denisov Hal Evans Thomas Ferbel M. Prewitt Lars Sonnenschein Aaron Dominguez M. Hohlfeld Christophe Royon H. D. Wahl Q. Z. Li M. M. Meijer T. Yasuda I. Kiselevich A. Juste J. Osta V. Simak Sabine Lammers Mitchell Wayne H. Schellman J. M. Kohli Stefan Grünendahl M. Buehler B. Tuchming S. J. De Jong I. Howley Frederic Deliot G. Savage A. A. Shchukin Frank Fiedler E. Kajfasz Kristian Harder D. Cutts Mark Richard James Williams Greg Landsberg K. Herner L. Feng R. Van Kooten M. D. Corcoran L. Han A. V. Popov A. K.a. Maciel K. Soustruznik D. Menezes Shih-chang Lee J. Warchol Suneel Dutt A. Alton Y. N. Kharzheev Jean-arcady Meyer L. Bagby K. M. Chan G. C. Blazey M. Padilla P. Jiang R. Jesik R. Yamada Jean-francois Grivaz M. Naimuddin P. Jonsson A. Pal Thomas Hebbeker Mary Beth Adams G. Sajot M. S. Rangel Horst Severini Hakjae Lee Richard B. Lipton

subject

Physics Nuclear and High Energy Physics Particle physics Missing energy Large Hadron Collider 010308 nuclear & particles physics High Energy Physics::Phenomenology Tevatron 7. Clean energy 01 natural sciences law.invention Standard Model Nuclear physics law 0103 physical sciences Higgs boson High Energy Physics::Experiment Fermilab 010306 general physics Collider Lepton

description

We present a search for Higgs boson in final states with two oppositely charged leptons and large missing transverse energy as expected in H -> WW -> lvlv decays. The events are selected from the full Run II data sample of 9.7 fb-1 of ppbar collisions collected with the D0 detector at the Fermilab Tevatron Collider at sqrt s = 1.96 TeV. To validate our search methodology, we measure the non-resonant W W production cross section and find sigma_WW = 11.6 +/- 0.7 pb, in agreement with the standard model prediction. In the Higgs boson search, no significant excess above the background expectation is observed. Upper limits at the 95% confidence level on the Higgs boson production cross section are therefore derived. Within the standard model, the Higgs boson mass range 159

year	journal	country	edition	language
2013-09-17	Physical Review D

https://doi.org/10.1103/physrevd.88.052006