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The simplicity of maximally supersymmetric Yang-Mills theory makes it anideal theoretical laboratory for developing computational tools, whicheventually find their way to QCD applications. In this contribution, wecontinue the investigation of a recent proposal by Basso, Sever and Vieira, forthe nonperturbative description of its planar scattering amplitudes, as anexpansion around collinear kinematics. The method of arXiv:1310.5735, forcomputing the integrals the latter proposal predicts for the leading term inthe expansion of the 6-point remainder function, is extended to one of thesubleading terms. In particular, we focus on the contribution of the 2-gluonbound state in the dual flux tube picture, proving its general form at anyorder in the coupling, and providing explicit expressions up to 6 loops. Theseare included in the ancillary file accompanying the version of this article onthe arXiv.

Evaluating the 6-point Remainder Function Near the Collinear Limit