paper

From Coxeter Higher-Spin Theories to Strings and Tensor Models

arXiv:1804.06520 · doi:10.1007/JHEP08(2018)051

Abstract

A new class of higher-spin gauge theories associated with various Coxeter groups is proposed. The emphasize is on the --models. The cases of and its infinite graded-symmetric product correspond to the usual higher-spin theory and its multi-particle extension, respectively. The multi-particle --higher-spin theory is conjectured to be associated with String Theory. --higher-spin models with are anticipated to be dual to the rank- boundary tensor sigma-models. higher-spin models with possess two coupling constants responsible for higher-spin interactions in background and stringy/tensor effects, respectively. The brane-like idempotent extension of the Coxeter higher-spin theory is proposed allowing to unify in the same model the fields supported by space-times of different dimensions. Consistency of the holographic interpretation of the boundary matrix-like model in the -higher-spin model is shown to demand SUSY, suggesting duality with the SYM upon spontaneous breaking of higher-spin symmetries. The proposed models are shown to admit unitary truncations.

50 pages, no figures; V2: Clarifications, references and acknowledgments added, typos corrected V3: minor corrections to match the published version

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