AbstractWe present a novel set of Feynman rules and generalised unitarity cut-conditions for computing one-loop amplitudes via d-dimensional integrand reduction algorithm. Our algorithm is suited for analytic as well as numerical result, because all ingredients turn out to have a four-dimensional representation. We will apply this formalism to NLO QCD corrections
We report on a technique for evaluating finite unitarity cut for one-loop amplitudes in gauge theori...
none4siWe present the integrand reduction via multivariate polynomial division as a natural techniqu...
We introduce a prescriptive approach to generalized unitarity, resulting in a strictly-diagonal basi...
AbstractWe present a novel set of Feynman rules and generalised unitarity cut-conditions for computi...
Elaborating on the four-dimensional helicity scheme, we propose a pure four-dimensional formulation ...
In this thesis, we present new developments for the analytic calculation of tree- and multi-loop lev...
We present an alternative reduction to master integrals for one-loop amplitudes using a unitarity cu...
We present an alternative reduction to master integrals for one-loop amplitudes using a unitarity cu...
We present an alternative reduction to master integrals for one-loop amplitudes using a unitarity cu...
Recent progress in unitarity techniques for one-loop scattering amplitudes makes a numerical impleme...
The unitarity method for calculating one-loop amplitudes provides algorithms of polynomial complexit...
In this thesis, we present new developments for the analytic calculation of tree- and multi-loop lev...
We develop a unitarity method to compute one-loop amplitudes with massless propagators in d=4-2*epsi...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
In this thesis we discuss, within the framework of the Standard Model (SM) of particle physics, adva...
We report on a technique for evaluating finite unitarity cut for one-loop amplitudes in gauge theori...
none4siWe present the integrand reduction via multivariate polynomial division as a natural techniqu...
We introduce a prescriptive approach to generalized unitarity, resulting in a strictly-diagonal basi...
AbstractWe present a novel set of Feynman rules and generalised unitarity cut-conditions for computi...
Elaborating on the four-dimensional helicity scheme, we propose a pure four-dimensional formulation ...
In this thesis, we present new developments for the analytic calculation of tree- and multi-loop lev...
We present an alternative reduction to master integrals for one-loop amplitudes using a unitarity cu...
We present an alternative reduction to master integrals for one-loop amplitudes using a unitarity cu...
We present an alternative reduction to master integrals for one-loop amplitudes using a unitarity cu...
Recent progress in unitarity techniques for one-loop scattering amplitudes makes a numerical impleme...
The unitarity method for calculating one-loop amplitudes provides algorithms of polynomial complexit...
In this thesis, we present new developments for the analytic calculation of tree- and multi-loop lev...
We develop a unitarity method to compute one-loop amplitudes with massless propagators in d=4-2*epsi...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
In this thesis we discuss, within the framework of the Standard Model (SM) of particle physics, adva...
We report on a technique for evaluating finite unitarity cut for one-loop amplitudes in gauge theori...
none4siWe present the integrand reduction via multivariate polynomial division as a natural techniqu...
We introduce a prescriptive approach to generalized unitarity, resulting in a strictly-diagonal basi...
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