Higher-order singletons and partially massless fields

Abstract : We review the following higher-spin holographic duality conjecture: the O(N) model at an isotropic Lifshitz point of criticality order l+1 should be dual to a higher-spin gravity theory whose spectrum contains a tower of partially massless symmetric tensor fields of all even spins and all odd depths between 1 and 2l−1. More precisely, the Gaussian fixed point corresponding to free higher-order singletons on the d-dimensional boundary should be de-scribed in the bulk by the Vasiliev equations based on the symmetry algebra of the polywave equation of order 2l. Moreover, an elementary renormalization group analysis suggests that for l=2 and 5
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Contributor : Xavier Bekaert <>
Submitted on : Saturday, October 25, 2014 - 10:15:30 AM
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X Bekaert, M Grigoriev. Higher-order singletons and partially massless fields. Bulgarian Journal of Physics, 2014, pp.172-179. ⟨hal-01077511⟩

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