Since an old observation by Beenakker et al., the evaluation of QCD processes in dimensional reduction has repeatedly led to terms that seem to violate the QCD factorization theorem. We reconsider the example of the process and show that the factorization problem can be completely resolved. A natural interpretation of the seemingly non-factorizing terms is found, and they are rewritten in a systematic and factorized form. The key to the solution is that the D- and (4−D)-dimensional parts of the 4-dimensional gluon have to be regarded as independent partons
AbstractWe compute the two-loop corrections to the massless quark form factor γ∗→qq¯ and gluon form ...
A detailed calculation of the O(ff s ) Drell-Yan reaction in the dimensional regularization scheme i...
Higgs decay using an effective Higgs--Yang-Mills interaction in terms of a dimension five operator a...
AbstractSince an old observation by Beenakker et al., the evaluation of QCD processes in dimensional...
Since an old observation by Beenakker et al, the evaluation of QCD processes in dimensional reductio...
AbstractWe discuss how to apply regularization by dimensional reduction for computing hadronic cross...
We discuss the difference between n-dimensional regularization and n-dimensional reduction for proce...
We show that existing proofs of factorization imply the cancellation of certain multiladder contribu...
AbstractWe consider variants of dimensional regularization, including the four-dimensional helicity ...
Dimensional Reduction is applied to \qcd{} in order to compute various renormalization constants in ...
I review the k-factorization method to combine the high-energy behaviour in QCD with the renormaliza...
We investigate the regularization-scheme dependent treatment of γ5 in the framework of dimensional r...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
AbstractFour years ago, one of us introduced a novel subtraction scheme [1] for the evaluation of do...
AbstractWe compute the two-loop corrections to the massless quark form factor γ∗→qq¯ and gluon form ...
A detailed calculation of the O(ff s ) Drell-Yan reaction in the dimensional regularization scheme i...
Higgs decay using an effective Higgs--Yang-Mills interaction in terms of a dimension five operator a...
AbstractSince an old observation by Beenakker et al., the evaluation of QCD processes in dimensional...
Since an old observation by Beenakker et al, the evaluation of QCD processes in dimensional reductio...
AbstractWe discuss how to apply regularization by dimensional reduction for computing hadronic cross...
We discuss the difference between n-dimensional regularization and n-dimensional reduction for proce...
We show that existing proofs of factorization imply the cancellation of certain multiladder contribu...
AbstractWe consider variants of dimensional regularization, including the four-dimensional helicity ...
Dimensional Reduction is applied to \qcd{} in order to compute various renormalization constants in ...
I review the k-factorization method to combine the high-energy behaviour in QCD with the renormaliza...
We investigate the regularization-scheme dependent treatment of γ5 in the framework of dimensional r...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
We consider variants of dimensional regularization, including the four-dimensional helicity scheme (...
AbstractFour years ago, one of us introduced a novel subtraction scheme [1] for the evaluation of do...
AbstractWe compute the two-loop corrections to the massless quark form factor γ∗→qq¯ and gluon form ...
A detailed calculation of the O(ff s ) Drell-Yan reaction in the dimensional regularization scheme i...
Higgs decay using an effective Higgs--Yang-Mills interaction in terms of a dimension five operator a...