Dilaton Domain Walls and Dynamical Systems
arXiv:hep-th/0510115 · doi:10.1088/0264-9381/23/2/010
Abstract
Domain wall solutions of -dimensional gravity coupled to a dilaton field with an exponential potential are shown to be governed by an autonomous dynamical system, with a transcritical bifurcation as a function of the parameter when . All phase-plane trajectories are found exactly for , including separatrices corresponding to walls that interpolate between and $adS_{d-1} \times\bR$, and the exact solution is found for . Janus-type solutions are interpreted as marginal bound states of these ``separatrix walls''. All flat domain wall solutions, which are given exactly for any , are shown to be supersymmetric for some superpotential , determined by the solution.
arXiv comment30 pp, 11 figs, significant revision of original. Minor additional corrections in version to appear in journal
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