We present on the use of on-shell recursion relations. These can be used not only for calculating tree amplitudes, including those with masses, but also to compute analytically the missing rational terms of one-loop QCD amplitudes. Combined with the cut-containing pieces calculated using a unitarity approach complete one-loop QCD amplitudes can be derived. This approach is discussed in the context of the adjacent 2-minus all-multiplicity QCD gluon amplitude
This thesis describes some of the recent (and some less recent) developments in calculational techni...
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...
The recently developed on-shell bootstrap for computing one-loop amplitudes in non-supersymmetric th...
We use on-shell recursion relations to determine the one-loop QCD scattering amplitudes with a massl...
We present a method for the direct extraction of rational contributions to one-loop scattering ampli...
We use on-shell recursion relations to compute analytically the one-loop corrections to maximally-he...
The authors present a new method for computing complete one-loop amplitudes, including their rationa...
We present a new method for computing complete one-loop amplitudes, including their rational parts, ...
We present examples of on-shell recurrence relations for determining rational functions appearing in...
The recently developed on-shell bootstrap for computing one-loop amplitudes in non-supersymmetric th...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
We review the recently developed bootstrap method for the computation of high-multiplicity QCD ampli...
Se estudian técnicas recursivas para calcular de forma eficiente amplitudes de scattering a nivel p...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
This thesis describes some of the recent (and some less recent) developments in calculational techni...
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...
The recently developed on-shell bootstrap for computing one-loop amplitudes in non-supersymmetric th...
We use on-shell recursion relations to determine the one-loop QCD scattering amplitudes with a massl...
We present a method for the direct extraction of rational contributions to one-loop scattering ampli...
We use on-shell recursion relations to compute analytically the one-loop corrections to maximally-he...
The authors present a new method for computing complete one-loop amplitudes, including their rationa...
We present a new method for computing complete one-loop amplitudes, including their rational parts, ...
We present examples of on-shell recurrence relations for determining rational functions appearing in...
The recently developed on-shell bootstrap for computing one-loop amplitudes in non-supersymmetric th...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
We review the recently developed bootstrap method for the computation of high-multiplicity QCD ampli...
Se estudian técnicas recursivas para calcular de forma eficiente amplitudes de scattering a nivel p...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
This thesis describes some of the recent (and some less recent) developments in calculational techni...
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...