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Detailed Comparison of *Next-to-Leading* *Order* *Predictions* for Jet Photoproduction at HERA

"... Abstract: The precision of new HERA data on jet photoproduction opens up the possibility to discriminate between different models of the photon structure. This requires equally precise theoretical predictions from perturbative QCD calculations. In the past years, next-to-leading order calculations ..."

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Abstract: The precision of new HERA data on jet photoproduction opens up the possibility to discriminate between different models of the photon structure. This requires equally precise theoretical

*predictions*from perturbative QCD calculations. In the past years,*next-to-leading**order*calculations###
Detailed Comparison of *Next-to-Leading* *Order* *Predictions* for Jet Photoproduction at HERA

, 1999

"... Abstract: The precision of new HERA data on jet photoproduction opens up the possibility to discriminate between different models of the photon structure. This requires equally precise theoretical predictions from perturbative QCD calculations. In the past years, next-to-leading order calculations f ..."

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Abstract: The precision of new HERA data on jet photoproduction opens up the possibility to discriminate between different models of the photon structure. This requires equally precise theoretical

*predictions*from perturbative QCD calculations. In the past years,*next-to-leading**order*calculations###
*Next-to-next-to-leading* *order* *prediction* for the photon-*to*-pion

, 2003

"... transition form factor ..."

### Three photon production to NLO+PS accuracy at the LHC

"... In this paper, we present the next-to-leading order predictions for three photon production in the Standard Model, matched to the parton shower using the ..."

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In this paper, we present the

*next-to-leading**order**predictions*for three photon production in the Standard Model, matched to the parton shower using the### CALCULATIONS OF SINGLE-INCLUSIVE CROSS SECTIONS AND SPIN ASYMMETRIES IN PP SCATTERING ∗

, 2005

"... We present calculations of cross sections and spin asymmetries in single-inclusive reactions in pp scattering. We discuss next-to-leading order predictions as well as all-order soft-gluon threshold resummations. 1. ..."

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We present calculations of cross sections and spin asymmetries in single-inclusive reactions in pp scattering. We discuss

*next-to-leading**order**predictions*as well as all-*order*soft-gluon threshold resummations. 1.###
Large-pT Inclusive π 0 Cross Sections and *Next-to-Leading-Order* QCD *Predictions*

, 1999

"... We review the phenomenology of π 0 production at large transverse momentum in proton-induced collisions. Uncertainties in the next-to-leading-order predictions of Quantum Chromodynamics are discussed. The comparison with data reveals that the disagreement between theory and experiment lies essential ..."

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We review the phenomenology of π 0 production at large transverse momentum in proton-induced collisions. Uncertainties in the

*next-to-leading-order**predictions*of Quantum Chromodynamics are discussed. The comparison with data reveals that the disagreement between theory and experiment lies###
at the *Next-to-Leading* *Order* in QCD

, 2003

"... We compute the next-to-leading order QCD corrections to the off-diagonal elements of the decay-width matrix Γ entering the neutral B-meson oscillations. From this calculation the width differences ∆Γ and the CP violation parameters (q/p) of Bd and Bs mesons are estimated, including the complete O(αs ..."

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We compute the

*next-to-leading**order*QCD corrections to the off-diagonal elements of the decay-width matrix Γ entering the neutral B-meson oscillations. From this calculation the width differences ∆Γ and the CP violation parameters (q/p) of Bd and Bs mesons are estimated, including the complete O### LESSONS FROM B → XSγ IN TWO HIGGS DOUBLET MODELS

, 1998

"... The next–to–leading order predictions for the branching ratio BR(B → Xsγ) are given in a generalized class of two Higgs doublets models. Included are the recently calculated leading QED corrections. It is shown that the high accuracy of the Standard Model calculation is in general not shared by thes ..."

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The

*next–to–leading**order**predictions*for the branching ratio BR(B → Xsγ) are given in a generalized class of two Higgs doublets models. Included are the recently calculated*leading*QED corrections. It is shown that the high accuracy of the Standard Model calculation is in general not shared###
TTP12-26 LPN12-087 Supersymmetric *next-to-next-to-leading* *order*

"... We compute the total cross section for the production of a light CP even Higgs boson within the framework of supersymmetric QCD up to next-to-next-to-leading order. Technical subtleties in connection to the evaluation of three-loop Feynman integrals with many mass scales are discussed in detail and ..."

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is close to the one of the Standard Model. However, for the case where one of the top squarks is light, a deviation of more than 5 % in the

*next-to-next-to-leading**order**prediction*of the cross section can be observed where at the same time the*predicted*Higgs boson mass has a value of about 125 GeV. PACS### ANL-HEP-PR-98-48 Scale Dependence of Squark and Gluino Production Cross Sections

, 2008

"... We investigate the choice of the renormalization and factorization scales for the production of squarks and gluinos at the Fermilab Tevatron collider as a function of the produced sparticle masses. We determine a scale to be used in leading-order perturbative QCD calculations optimized such that the ..."

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such that the normalization of the

*next-to-leading**order*cross section is reproduced. Use of this optimal scale permits at least a partial implementation of*next-to-leading**order*contributions in*leading**order*Monte Carlo simulations. We provide*next-to-leading**order**predictions*of the production cross sections for pairs