ANM2-ANM3 - Compact Binary Simulations: Spins and Gravitational Recoil, Comparisons with Post-Newtonian Results / Interfacing analytical and numerical relativity |
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Speaker |
Aichelburg, Peter C. |
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Co-autors |
Michael Puerrer |
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Talk Title |
Tails for the Einstein-Yang-Mills system |
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Abstract |
We study numerically the late-time behaviour of the coupled Einstein Yang-Mills system. We restrict ourselves to spherical symmetry and employ Bondi-like coordinates with radial compactification. In contrast to linear perturbation theory, numerical results exhibit tails with exponents close to $-4$ at timelike infinity $i^{+}$ and $-2$ at${\mathscr I}^+$. |
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Talk view |
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