Unstable `black branes' from scaled membranes at large
arXiv:1609.02912 · doi:10.1007/JHEP12(2016)140
Abstract
It has recently been demonstrated that the dynamics of black holes at large can be recast as a set of non gravitational membrane equations. These membrane equations admit a simple static solution with shape . In this note we study the equations for small fluctuations about this solution in a limit in which amplitude and length scale of the fluctuations are simultaneously scaled to zero as is taken to infinity. We demonstrate that the resultant nonlinear equations, which capture the Gregory- Laflamme instability and its end point, exactly agree with the effective dynamical `black brane' equations of Emparan Suzuki and Tanabe. Our results thus identify the `black brane' equations as a special limit of the membrane equations and so unify these approaches to large black hole dynamics.
arXiv comment10 pages, references added
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