We report on the progress in calculating NLO DGLAP splitting functions for $x<1$ using the New Principal Value prescription, which is a modification of the standard Principal Value approach proposed by Curci, Furmanski and Petronzio in 1980. The new prescription reproduces the standard results on the inclusive (integrated) level, but simplifies individual contributions and restricts the cancellations between real and virtual diagrams which makes it useful for Monte Carlo simulations
We discuss the contribution coming from the infrared region to NLO matrix elements and/or coefficien...
We consider the effect of exact gluon kinematics in the virtual photon–gluon impact factor at small ...
We address the problem of decomposing graphs in perturbative QCD into terms associated with particul...
We report on the progress in calculating NLO DGLAP splitting functions for $x<1$ using the New Princ...
We report on the progress in calculating NLO DGLAP splitting functions for x < 1 using the New Pr...
In this thesis we calculate the NLO one-loop virtual contributions to the QCD DGLAP splitting functi...
Construction of a QCD cascade at the NLO level requires recalcula-tion of the splitting functions in...
In this note we outline the Monte Carlo project {\tt KrkMC}. The goal of this project is to construc...
regularizing the infrared singularities in QCD NLO splitting functions with the new Principal Value ...
Abstract: Perturbative QCD calculations in the light-cone gauge have long suffered from the ambiguit...
In this paper, we have calculated the lowest order splitting functions occurring in the Altarelli-Pa...
In this thesis we address an alternative subtraction scheme in high energy colliders at Next-to-Lead...
Next-to-leading order corrections to fragmentation functions in a light-cone gauge are discussed. Th...
16 pages, 4 figuresInternational audienceWe show that already at the NLO level the DGLAP evolution k...
181 pages, 120 figures. Proceedings "Parton Radiation and Fragmentation from LHC to FCC-ee" Workshop...
We discuss the contribution coming from the infrared region to NLO matrix elements and/or coefficien...
We consider the effect of exact gluon kinematics in the virtual photon–gluon impact factor at small ...
We address the problem of decomposing graphs in perturbative QCD into terms associated with particul...
We report on the progress in calculating NLO DGLAP splitting functions for $x<1$ using the New Princ...
We report on the progress in calculating NLO DGLAP splitting functions for x < 1 using the New Pr...
In this thesis we calculate the NLO one-loop virtual contributions to the QCD DGLAP splitting functi...
Construction of a QCD cascade at the NLO level requires recalcula-tion of the splitting functions in...
In this note we outline the Monte Carlo project {\tt KrkMC}. The goal of this project is to construc...
regularizing the infrared singularities in QCD NLO splitting functions with the new Principal Value ...
Abstract: Perturbative QCD calculations in the light-cone gauge have long suffered from the ambiguit...
In this paper, we have calculated the lowest order splitting functions occurring in the Altarelli-Pa...
In this thesis we address an alternative subtraction scheme in high energy colliders at Next-to-Lead...
Next-to-leading order corrections to fragmentation functions in a light-cone gauge are discussed. Th...
16 pages, 4 figuresInternational audienceWe show that already at the NLO level the DGLAP evolution k...
181 pages, 120 figures. Proceedings "Parton Radiation and Fragmentation from LHC to FCC-ee" Workshop...
We discuss the contribution coming from the infrared region to NLO matrix elements and/or coefficien...
We consider the effect of exact gluon kinematics in the virtual photon–gluon impact factor at small ...
We address the problem of decomposing graphs in perturbative QCD into terms associated with particul...