Conformal Nonlinear Fluid Dynamics from Gravity in Arbitrary Dimensions
arXiv:0809.4272 · doi:10.1088/1126-6708/2008/12/116
Abstract
We generalize recent work to construct a map from the conformal Navier Stokes equations with holographically determined transport coefficients, in d spacetime dimensions, to the set of asymptotically locally AdS_{d+1} long wavelength solutions of Einstein's equations with a negative cosmological constant, for all d>2. We find simple explicit expressions for the stress tensor (slightly generalizing the recent result by Haack and Yarom (arXiv:0806.4602)), the full dual bulk metric and an entropy current of this strongly coupled conformal fluid, to second order in the derivative expansion, for arbitrary d>2. We also rewrite the well known exact solutions for rotating black holes in AdS_{d+1} space in a manifestly fluid dynamical form, generalizing earlier work in d=4. To second order in the derivative expansion, this metric agrees with our general construction of the metric dual to fluid flows.
39 pages, 1 figure. JHEP format, v2 : Minor modifications, References added
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- Conformal non-relativistic hydrodynamics from gravity
- Gravitational quasinormal modes of AdS black branes in d spacetime dimensions
- Higher Derivative Corrections to Shear Viscosity from Graviton's Effective Coupling
- Shear Viscosity to Entropy Density Ratio in Six Derivative Gravity
- Nonlinear Magnetohydrodynamics from Gravity
- Bifurcation of Plasma Balls and Black Holes to Lobed Configurations
- Second order hydrodynamics for a special class of gravity duals