One-loop derivation of the Wilson polygon–MHV amplitude duality

@article{Gorsky2009OneloopDO,
  title={One-loop derivation of the Wilson polygon–MHV amplitude duality},
  author={A. Gorsky and Alexander Zhiboedov},
  journal={Journal of Physics A: Mathematical and Theoretical},
  year={2009},
  volume={42},
  pages={355214}
}
  • A. GorskyA. Zhiboedov
  • Published 2 April 2009
  • Mathematics, Physics
  • Journal of Physics A: Mathematical and Theoretical
We discuss the origin of the Wilson polygon–MHV amplitude duality at a perturbative level. It is shown that the duality for the MHV amplitudes at the one-loop level can be proven upon a particular change of variables in Feynman parametrization and with the use of the relation between Feynman integrals at different space-time dimensions. Some generalization of the duality which implies the insertion of a particular vertex operator at the Wilson triangle is found for the 3-point function. We… 
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15 Citations
Background Citations
5
Methods Citations
3

15 Citations

Aspects of the N=4 SYM amplitude – Wilson polygon duality

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Classical polylogarithms for amplitudes and Wilson loops.

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PUPT-2319 CONSTRUCTION OF INFRARED FINITE OBSERVABLES IN N = 4 SUPER YANG-MILLS THEORY

In this paper we give all the details of the calculation that we presented in our previous paper arXiv:0908.0387 where the infrared structure of the MHV gluon amplitudes in the planar limit for N = 4…

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In this paper we give all the details of the calculation that we presented in our previous paper [58], where the infrared structure of the maximally helicity violating gluon amplitudes in the planar…

Analytic result for the one-loop scalar pentagon integral with massless propagators

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We discuss multiloop maximally helicity violating amplitudes in the N=4 supersymmetric Yang-Mills theory in terms of effective gravity in the momentum space with IR regulator branes as degrees of…

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