Precision Measurement of the Top Quark Mass in <span class="aps-inline-formula"><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><mrow><mstyle mathvariant="normal"><mi>L</mi></mstyle><mtext mathvariant="bold">epton</mtext><mo>+</mo><mstyle mathvariant="normal"><mi>J</mi></mstyle><mtext mathvariant="bold">ets</mtext></mrow></math></span> Final States

6533b828fe1ef96bd12881b9

RESEARCH PRODUCT

Precision Measurement of the Top Quark Mass in <span class="aps-inline-formula"><math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><mrow><mstyle mathvariant="normal"><mi>L</mi></mstyle><mtext mathvariant="bold">epton</mtext><mo>+</mo><mstyle mathvariant="normal"><mi>J</mi></mstyle><mtext mathvariant="bold">ets</mtext></mrow></math></span> Final States

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

subject

Physics Top quark Particle physics Astrophysics::High Energy Astrophysical Phenomena High Energy Physics::Phenomenology Tevatron General Physics and Astronomy D0 experiment 7. Clean energy law.invention Nuclear physics law High Energy Physics::Experiment Production (computer science)Fermilab Collider Boson Lepton

description

We measure the mass of the top quark in lepton$+$jets final states using the full sample of $$p\bar{p}$$ collision data collected by the D0 experiment in Run II of the Fermilab Tevatron Collider at $$\sqrt s=1.96 $$TeV, corresponding to $$9.7 {\rm fb}^{-1}$$ of integrated luminosity. We use a matrix element technique that calculates the probabilities for each event to result from $$t\bar t$$ production or background. The overall jet energy scale is constrained in situ by the mass of the $W$ boson. We measure $$m_t=174.98\pm0.76$$ GeV. In conclusion, this constitutes the most precise single measurement of the top-quark mass.

year	journal	country	edition	language
2014-07-17	Physical Review Letters

https://doi.org/10.1103/physrevlett.113.032002