-Poincaré supersymmetry in
arXiv:1706.10265 · doi:10.1016/j.nuclphysb.2018.01.017
Abstract
We consider the exact S-matrix governing the planar spectral problem for strings on and super Yang-Mills, and we show that it is invariant under a novel "boost" symmetry, which acts as a differentiation with respect to the particle momentum. This generator leads us also to reinterpret the usual centrally extended symmetry, and to conclude that the S-matrix is invariant under a -Poincaré supersymmetry algebra, where the deformation parameter is related to the 't Hooft coupling. We determine the two-particle action (coproduct) that turns out to be non-local, and study the property of the new symmetry under crossing transformations. We look at both the strong-coupling (large tension in the string theory) and weak-coupling (spin-chain description of the gauge theory) limits; in the former regime we calculate the cobracket utilising the universal classical r-matrix of Beisert and Spill. In the eventuality that the boost has higher partners, we also construct a quantum affine version of 2D Poincaré symmetry, by contraction of the quantum affine algebra in Drinfeld's second realisation.
35 pages. Added discussion on antipode in the presence of the phase. Published version
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