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A Galileon Primer

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arxiv 1212.6972 v2 pith:LOA3HBY2 submitted 2012-12-31 hep-th gr-qcmath-phmath.MP

classification hep-thgr-qcmath-phmath.MP
keywords galileonsolutionsdiscussedgeneralsomeanalyzedboundaryconjectured
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Elementary features of galileon models are discussed at an introductory level. Following a simple example, a general formalism leading to a hierarchy of field equations and Lagrangians is developed for flat spacetimes. Legendre duality is discussed. Implicit and explicit solutions are then constructed and analyzed in some detail. Galileon shock fronts are conjectured to exist. Finally, some interesting general relativistic effects are studied for galileons coupled minimally to gravity. Spherically symmetric galileon and metric solutions with naked curvature singularities are obtained and are shown to be separated from solutions which exhibit event horizons by a critical curve in the space of boundary data.

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    The effective action for domain walls, including higher-curvature corrections and a bound-state coupling to worldsheet curvature, is derived from the scalar field theory and matched to lattice simulations.

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