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Exact Rotating Magnetic Traversable Wormholes satisfying the Energy Conditions
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In this work we wonder if there is a way to generate a wormhole (WH) in nature using "normal" matter. In order to give a first answer to this question, we study a massless scalar field coupled to an electromagnetic one (dilatonic field) with an arbitrary coupling constant, as source of gravitation. We obtain an exact solution of the Einstein equations using this source that represents a magnetized rotating WH. This space-time has a naked ring singularity, probably untouchable as in \cite{Matos:2012gj}, but otherwise regular. The WH throat lies on the disc bounded by the ring singularity, which keeps the throat open without requiring exotic matter, that means, satisfying all the energy conditions. After analyzing the geodesic motion and the tidal forces we find that a test particle can go through the WH without troubles.
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Cited by 1 Pith paper
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Einstein-Maxwell-Dilaton Wormholes that meet the Energy Conditions
This paper presents two new exact rotating wormhole solutions and finds that the first family can satisfy the null energy condition with a dilatonic scalar field.
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