We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on generalized D-dimensional unitarity. It allows automated computations of both cut-constructible and rational parts of one-loop scattering amplitudes from on-shell tree amplitudes. We illustrate the method by (re)-computing all four-, five- and six-gluon scattering amplitudes in QCD at one-loop
We present the application of a novel reduction technique for one-loop scattering amplitudes based o...
We describe BlackHat, an automated C++ program for calculating one-loop amplitudes, and the techniqu...
We use on-shell recursion relations to compute analytically the one-loop corrections to maximally-he...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
We develop an algorithm of polynomial complexity for evaluating one-loop amplitudes with an arbitrar...
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...
We develop an algorithm of polynomial complexity for evaluating one-loop amplitudes with an arbitrar...
We introduce a new technique to generate scattering amplitudes at one loop. Traditional tree algorit...
Se estudian técnicas recursivas para calcular de forma eficiente amplitudes de scattering a nivel p...
Presented by C.G. Papadopulos at the Cracow Epiphany Confer ence on LHC Physics, Cracow, Poland, 4–6...
One-loop amplitudes are to a large extent determined by their unitarity cuts in four dimensions. We ...
We present a method for the direct extraction of rational contributions to one-loop scattering ampli...
We present an optimization of the reduction algorithm of one-loop amplitudes in terms of master inte...
We report on a technique for evaluating finite unitarity cut for one-loop amplitudes in gauge theori...
We present the application of a novel reduction technique for one-loop scattering amplitudes based o...
We describe BlackHat, an automated C++ program for calculating one-loop amplitudes, and the techniqu...
We use on-shell recursion relations to compute analytically the one-loop corrections to maximally-he...
We establish an efficient polynomial-complexity algorithm for one-loop calculations, based on genera...
We develop an algorithm of polynomial complexity for evaluating one-loop amplitudes with an arbitrar...
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...
We develop an algorithm of polynomial complexity for evaluating one-loop amplitudes with an arbitrar...
We introduce a new technique to generate scattering amplitudes at one loop. Traditional tree algorit...
Se estudian técnicas recursivas para calcular de forma eficiente amplitudes de scattering a nivel p...
Presented by C.G. Papadopulos at the Cracow Epiphany Confer ence on LHC Physics, Cracow, Poland, 4–6...
One-loop amplitudes are to a large extent determined by their unitarity cuts in four dimensions. We ...
We present a method for the direct extraction of rational contributions to one-loop scattering ampli...
We present an optimization of the reduction algorithm of one-loop amplitudes in terms of master inte...
We report on a technique for evaluating finite unitarity cut for one-loop amplitudes in gauge theori...
We present the application of a novel reduction technique for one-loop scattering amplitudes based o...
We describe BlackHat, an automated C++ program for calculating one-loop amplitudes, and the techniqu...
We use on-shell recursion relations to compute analytically the one-loop corrections to maximally-he...