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Metric-like Lagrangian Formulations for Higher-Spin Fields of Mixed Symmetry

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arxiv 0910.3155 v2 pith:G5Z4TNEA submitted 2009-10-16 hep-th

Andrea Campoleoni (AEI) This is my paper · ORCID
classification hep-th
keywords fieldsgaugemixedsymmetryauxiliarybosonicclassesconstrained
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abstract

We review the structure of local Lagrangians and field equations for free bosonic and fermionic gauge fields of mixed symmetry in flat space. These are first presented in a constrained setting extending the metric formulation of linearized gravity, and then the ($\gamma$-)trace constraints on fields and gauge parameters are eliminated via the introduction of auxiliary fields. We also display the emergence of Weyl-like symmetries in particular classes of models in low space-time dimensions.

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  1. More on unconstrained descriptions of Higher Spin Massless Particles

    hep-th 2025-01 conditional novelty 7.0 of 10

    A two-field local action for free massless higher-spin particles is proposed, reducing the auxiliary field content by promoting a Lagrange multiplier to a Weyl gauge symmetry.

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