AbstractWe consider variants of dimensional regularization, including the four-dimensional helicity scheme (fdh) and dimensional reduction (dred), and present the gluon and quark form factors in the fdh scheme at next-to-next-to-leading order. We also discuss the generalization of the infrared factorization formula to fdh and dred. This allows us to extract the cusp anomalous dimension as well as the quark and gluon anomalous dimensions at next-to-next-to-leading order in the fdh and dred scheme, using MS‾ and DR‾ renormalization. To obtain these results we also present the renormalization procedure in these schemes
Higgs decay using an effective Higgs--Yang-Mills interaction in terms of a dimension five operator a...
We compute the next-to-leading order (NLO) QCD corrections to the 1 -> 2 splitting amplitudes in dif...
AbstractSince an old observation by Beenakker et al., the evaluation of QCD processes in dimensional...
AbstractWe consider variants of dimensional regularization, including the four-dimensional helicity ...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
The H→gg amplitude relevant for Higgs production via gluon fusion is computed in the four-dimensiona...
The $H\to gg$ amplitude relevant for Higgs production via gluon fusion is computed in the four-dimen...
Recent progress in the understanding of vacuum expectation values and of infrared divergences in dif...
We link the FDR treatment of ultraviolet (UV) divergences to dimensional regularization up to two lo...
We investigate QCD amplitudes with massive quarks computed in the four-dimensional helicity scheme (...
We investigate the regularization-scheme dependent treatment of γ5 in the framework of dimensional r...
AbstractWe discuss how to apply regularization by dimensional reduction for computing hadronic cross...
We present a definition of the four-dimensional helicity (FDH) regularization scheme valid for two o...
In this paper we illustrate the simplifications produced by FDR in NNLO computations. We show with a...
Higgs decay using an effective Higgs--Yang-Mills interaction in terms of a dimension five operator a...
We compute the next-to-leading order (NLO) QCD corrections to the 1 -> 2 splitting amplitudes in dif...
AbstractSince an old observation by Beenakker et al., the evaluation of QCD processes in dimensional...
AbstractWe consider variants of dimensional regularization, including the four-dimensional helicity ...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
The H→gg amplitude relevant for Higgs production via gluon fusion is computed in the four-dimensiona...
The $H\to gg$ amplitude relevant for Higgs production via gluon fusion is computed in the four-dimen...
Recent progress in the understanding of vacuum expectation values and of infrared divergences in dif...
We link the FDR treatment of ultraviolet (UV) divergences to dimensional regularization up to two lo...
We investigate QCD amplitudes with massive quarks computed in the four-dimensional helicity scheme (...
We investigate the regularization-scheme dependent treatment of γ5 in the framework of dimensional r...
AbstractWe discuss how to apply regularization by dimensional reduction for computing hadronic cross...
We present a definition of the four-dimensional helicity (FDH) regularization scheme valid for two o...
In this paper we illustrate the simplifications produced by FDR in NNLO computations. We show with a...
Higgs decay using an effective Higgs--Yang-Mills interaction in terms of a dimension five operator a...
We compute the next-to-leading order (NLO) QCD corrections to the 1 -> 2 splitting amplitudes in dif...
AbstractSince an old observation by Beenakker et al., the evaluation of QCD processes in dimensional...