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E(11)-extended spacetime and gauged supergravities

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abstract

We formulate all the five dimensional gauged maximal supergravity theories as non-linear realisations of the semi-direct product of E_{11} and a set of generators which transform according to the first fundamental representation l of E_{11}. The latter introduces a generalised space-time which plays a crucial role for these theories. We derive the E_{11} and l transformations of all the form fields and their dynamics. We also formulate the five dimensional gauged supergravity theories using the closure of the supersymmetry algebra. We show that this closes on the bosonic field content predicted by E_{11} and we derive the field transformations and the dynamics of this theory. The results are in precise agreement with those found from the E_{11} formulation. This provides a very detailed check of E_{11} and also the first substantial evidence for the generalised space-time. The results can be generalised to all gauged maximal supergravities, thus providing a unified framework of all these theories as part of E_{11}.

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hep-th 1

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2026 1

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UNVERDICTED 1

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Local symmetry and the dependence on extended spacetime

hep-th · 2026-07-02 · unverdicted · novelty 6.0

Linearised E theory and its reduction to Siegel theory possess local symmetries under differential constraints on parameters that differ from section conditions, with the dilaton equation invariant under a non-linear parameter constraint, without needing field conditions.

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  • Local symmetry and the dependence on extended spacetime hep-th · 2026-07-02 · unverdicted · none · ref 22 · internal anchor

    Linearised E theory and its reduction to Siegel theory possess local symmetries under differential constraints on parameters that differ from section conditions, with the dilaton equation invariant under a non-linear parameter constraint, without needing field conditions.