Worldsheet Scattering in AdS5 x S5
Thomas Klose, Tristan McLoughlin, Radu Roiban, Konstantin Zarembo
Abstract
We calculate the S-matrix in the gauge-fixed sigma-model on AdS5 x S5 to the leading order in perturbation theory, and analyze how supersymmetry is realized on the scattering states. A mild nonlocality of the supercharges implies that their action on multi-particle states does not follow the Leibniz rule, which is replaced by a nontrivial coproduct. The plane wave symmetry algebra is thus naturally enhanced to a Hopf algebra. The scattering matrix elements obey the classical Yang-Baxter equation modified by the existence of the coproduct. This structure mirrors that of the large 't Hooft coupling expansion of the S-matrix for the spin chain in the dual super-Yang-Mills theory.
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