Metric-like formalism for matter fields coupled to 3D higher spin gravity

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Publication:5405315

DOI10.1088/0264-9381/31/1/015003zbMATH Open1287.83038arXiv1304.7941OpenAlexW2149420600MaRDI QIDQ5405315

Author name not available (Why is that?)

Publication date: 2 April 2014

Published in: (Search for Journal in Brave)

Abstract: Action integral for a matter system composed of 0- and 2-forms, C and Bmuu, topologically coupled to 3D spin-3 gravity is considered first in the frame-like formalism. The field C satisfies an eq of motion, . With a suitable gauge fixing of a new local symmetry and diffeomorphism, only one component of Bmuu, say Bphir, remains non-vanishing and satisfies an equation similar to that for C with Amu and interchanged. The spin connection is eliminated by solving the eq of motion for the total action, and in the resulting metric-like formalism, (BC)2 interaction terms are induced because of the torsion. The world-volume components of the matter field, C0, Cmu and C(muu), are introduced by contracting the local-frame index of C with those of the inverse vielbeins, Eamu and Ea(muu), which were defined by the present authors in ArXiv:1209.0894 [hep-th]. The metric-like fields, as well as the new connections and the generalized curvature tensors, introduced in the above mentioned paper, are explicitly expressed in terms of the metric gmuu and the spin-3 field phimuulambda by means of the phi-expansion. The action integral for the pure spin-3 gravity in the metric-like formalism up to calO(phi2), obtained before in the literature, is re-derived. Then the matter action is re-expressed in terms of gmuu, phimuuho and the covariant derivatives for spin-3 geometry. Spin-3 gauge transformation is extended to the matter fields.


Full work available at URL: https://arxiv.org/abs/1304.7941



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