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Daniel Andreas Britzger (DESY)29/03/2012, 09:00Hadronic final states/structure functionsStandard methods for higher-order pQCD calculations of cross sections in hadron-induced collisions are time-consuming. The fastNLO project uses multi-dimensional interpolation techniques to convert the convolutions of perturbative coefficients with parton distribution functions and the strong coupling into simple products. By integrating the perturbative coefficients for a given...Go to contribution page
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Dr Bogdan Malaescu (CERN)29/03/2012, 09:20Hadronic final states/structure functionsInclusive jet and dijet double-differential cross sections have been measured in proton-proton collisions at a centre-of-mass energy of 7 TeV using the ATLAS detector. The cross sections were measured using jets clustered with the anti-kT algorithm. The measurements are performed in the jet rapidity range |y|<4.4, covering jet transverse momenta from 20 GeV to 1.5 TeV and dijet...Go to contribution page
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Ozlem Kaya (Bogazici University (TR))29/03/2012, 09:40Hadronic final states/structure functionsMerged abstract: "Dijet and Inclusive jet cross section measurements with CMS" "Three jet event properties with the CMS experiment"Go to contribution page
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Andreas Vogt (University of Liverpool)29/03/2012, 10:00Hadronic final states/structure functionsWe present the third-order (NNLO) contributions to the timelike splitting functions governing the evolution of parton fragmentation functions in QCD. The hitherto missing quark-gluon and gluon-quark quantities have been derived by studying physical evolution kernels for photon- and Higgs-exchange DIS structure functions and their counterparts in semi-inclusive annihilation, together with...Go to contribution page
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Paolo Bolzoni (DESY)29/03/2012, 10:20Hadronic final states/structure functionsWe present a new approach in considering and including the perturbative and non-perturbative contributions to the gluon-quark multiplicity ratio. The new method is motivated by new developments in timelike small x resummation and exploit the recently computed NNLO timelike splitting fnctions. Comparison of our new results with other methods and with data will also be presented.Go to contribution page
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