MRST partons generated in a fixed-flavour scheme
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TLDR
In this article, the MRST2004 partons were used to generate fixed three and four-light-flavour sets of partons using MRST 2004 partons as input, and it was shown that it is important to set n f = 3 in the strong coupling, as well as in the splitting and coefficient functions, in order to obtain a consistent set of fixedflavour partons.About:
This article is published in Physics Letters B.The article was published on 2006-05-18 and is currently open access. It has received 114 citations till now. The article focuses on the topics: Parton.read more
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Parton distributions for the LHC
TL;DR: In this paper, the authors presented an updated leading-order, next-to-leading order and next-next-ordering order parton distribution function (MSTW 2008) determined from global analysis of hard-scattering data within the standard framework of leading-twist fixed-order collinear factorisation in the $\overline{\mathrm{MS}}$¯¯$¯¯¯¯¯
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Impact of Heavy Quark Masses on Parton Distributions and LHC Phenomenology
Richard D. Ball,Valerio Bertone,Francesco Cerutti,Luigi Del Debbio,Stefano Forte,Alberto Guffanti,José I. Latorre,Juan Rojo,Maria Ubiali +8 more
TL;DR: In this paper, a determination of the parton distributions of the nucleon from a global set of hard scattering data using the NNPDF methodology including heavy quark mass effects is presented, and the authors assess the impact of these uncertainties on LHC observables by providing parton sets with different values of the charm and bottom quark masses.
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A first unbiased global determination of polarized PDFs and their uncertainties
TL;DR: In this paper, the NNPDFpol1.1.0 set of spin-dependent parton distribution functions (PDFs) and their uncertainties were used for the first time.
Journal ArticleDOI
Measurement and QCD analysis of the diffractive deep-inelastic scattering cross-section at HERA
A. Aktas,V. Andreev,T. Anthonis,Biljana Antunović,S. J. Aplin,A. Asmone,A. Astvatsatourov,Anton Babaev,S. Backovic,A. Baghdasaryan,P. Baranov,E. Barrelet,W. Bartel,S. Baudrand,S. Baumgartner,Matthew Beckingham,O. Behnke,O. Behrendt,A.S. Belousov,Nicolas Berger,J.C. Bizot,M.-O. Boenig,V. Boudry,J. Bracinik,Gerhard Brandt,V. Brisson,Dusan Bruncko,F. W. Büsser,A. Bunyatyan,A. Bunyatyan,G. Buschhorn,L. Bystritskaya,A. J. Campbell,F. Cassol-Brunner,Karel Cerny,V. Cerny,V. Cerny,V. Chekelian,J. G. Contreras,John A Coughlan,Y.R. Coppens,Bradley Cox,G. Cozzika,J. Cvach,J. B. Dainton,W.D. Dau,K. Daum,Y. de Boer,B. Delcourt,M. Del Degan,A. De Roeck,E. A. De Wolf,Cristinel Diaconu,V. Dodonov,A. Dubak,A. Dubak,Guenter Eckerlin,V. Efremenko,S. Egli,R. Eichler,F. Eisele,A. Eliseev,E. E. Elsen,S. Essenov,A. Falkewicz,P.J.W. Faulkner,Laurent Favart,A. Fedotov,R. Felst,J. Feltesse,J. Ferencei,L. Finke,M. Fleischer,G. Flucke,A. M. Fomenko,G. Franke,T. Frisson,E. Gabathuler,Erika Garutti,J. Gayler,C. Gerlich,S. Ghazaryan,S. Ginzburgskaya,A. Glazov,I. Glushkov,L. Goerlich,M. Goettlich,N. Gogitidze,S. Gorbounov,Christoph Grab,T. Greenshaw,M. Gregori,B. R. Grell,G. Grindhammer,C. Gwilliam,D. Haidt,Magnus Hansson,G. Heinzelmann,R. C. W. Henderson,H. Henschel,G. Herrera,Malte Hildebrandt,K. H. Hiller,D. Hoffmann,Roland Horisberger,A. Hovhannisyan,Tomas Hreus,S. Hussain,M. Ibbotson,M. Ismail,M. Jacquet,Xavier Janssen,V. Jemanov,Leif J. Jönsson,C. Johnson,Daniel Johnson,A. W. Jung,Hannes Jung,M. Kapichine,Judith Katzy,I. R. Kenyon,C. Kiesling,Max Klein,Claus Kleinwort,T. Klimkovich,T. Kluge,G. Knies,A. Knutsson,V. Korbel,P. Kostka,K. Krastev,Jan Kretzschmar,Anna Kropivnitskaya,K. Krüger,Murrough Landon,Wolfgang Lange,G. Laštovička-Medin,Paul Laycock,A. Lebedev,G. Leibenguth,V. Lendermann,S. Levonian,L. Lindfeld,K. Lipka,Andrej Liptaj,B. List,Jenny List,Ewelina Lobodzinska,N. Loktionova,Ricardo Lopez-Fernandez,V. Lubimov,A.-I. Lucaci-Timoce,H. Lueders,Thorsten Lux,L. Lytkin,A. Makankine,N. Malden,E. Malinovski,Pierre Marage,R. Marshall,Ll. Marti,M. Martisikova,H. U. Martyn,Stephen Maxfield,Andrew Mehta,Karlheinz Meier,A. B. Meyer,H. Meyer,J-P. Meyer,V. Michels,S. Mikocki,I. Milcewicz-Mika,David Milstead,D. Mladenov,A. Mohamed,F. Moreau,A. N. Morozov,J. V. Morris,Matthias Ulrich Mozer,K. Müller,Pavel Murin,K. Nankov,B. Naroska,Thomas Naumann,Paul Newman,C. Niebuhr,A. Nikiforov,Grzegorz Nowak,K. Nowak,M. Nozicka,R. Oganezov,B. Olivier,J. E. Olsson,Sakar Osman,D. Ozerov,Vladimir Palichik,Ilias Panagoulias,Theodora Papadopoulou,C. Pascaud,G. D. Patel,H. Peng,E. Perez,D. Perez-Astudillo,Adrian Perieanu,A. Petrukhin,Daniel Pitzl,R. Plačakytė,B. Portheault,Bogdan Povh,P. Prideaux,A.J. Rahmat,Natasa Raicevic,P. E. Reimer,A. Rimmer,C. Risler,Eram Rizvi,Peter Robmann,B. Roland,R. Roosen,A. Rostovtsev,Z. Rurikova,Sergey Rusakov,F. Salvaire,Dave Sankey,M. Sauter,Emmanuel Sauvan,Frank-Peter Schilling,Søren Schmidt,Stefan Schmitt,C. Schmitz,Laurent Schoeffel,André Schöning,Hans-Christian Schultz-Coulon,F. Sefkow,R.N. Shaw-West,I. Sheviakov,L. N. Shtarkov,T. J. Sloan,P. A. Smirnov,Y. Soloviev,David South,V. Spaskov,A. Specka,M. Steder,B. Stella,J. Stiewe,A. Stoilov,U. Straumann,D. Sunar,V. Tchoulakov,G. Thompson,P. D. Thompson,T. Toll,F. Tomasz,D. Traynor,T. N. Trinh,P. Truöl,I. Tsakov,G. Tsipolitis,I. Tsurin,J. Turnau,E. Tzamariudaki,K. Urban,M. Urban,A. Usik,D. Utkin,A. Valkárová,C. Vallée,P. Van Mechelen,A. D.R. Vargas Trevino,Y. Vazdik,C. Veelken,S. Vinokurova,V. Volchinski,K. Wacker,G. Weber,R. Weber,D. Wegener,C. Werner,Michael R. Wessels,B. Wessling,C. Wissing,R. Wolf,E. Wünsch,Stefania Xella,W. Yan,V. Yeganov,J. Žáček,J. Zálešák,Zhen Zhang,A. Zhelezov,Alexander Zhokin,Y.C. Zhu,J. Zimmermann,T. Zimmermann,H. Zohrabyan,F. Zomer +296 more
TL;DR: In this article, a detailed analysis of the diffractive deep-inelastic scattering process is presented, where the cross section is measured for photon virtualities in the range $3.5 \leq Q^2 \leqs 1600 \rm GeV^2, triple differentially in $\xpom$, $Q^2$ and $\beta = x / \xpom", where x$ is the Bjorken scaling variable.
Journal ArticleDOI
Renormalization-group improved prediction for Higgs production at hadron colliders
TL;DR: This article used renormalization-group methods in effective field theory to improve the theoretical prediction for the cross section for Higgs-boson production at the Tevatron and the LHC.
References
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