Analytic DC thermo-electric conductivities in holography with massive gravitons

Abstract

We provide an analytical derivation of the thermo-electric transport coefficients of the simplest momentum-dissipating model in gauge/gravity where the lack of momentum conservation is realized by means of explicit graviton mass in the bulk. We rely on the procedure recently described by Donos and Gauntlett in the context of Q-lattices and holographic models where momentum dissipation is realized through non-trivial scalars. The analytical approach confirms the results found previously by means of numerical computations.

9 pages, no figures, minor comments added, version to appear on PRD

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• Thermoelectric DC conductivities with momentum dissipation from higher derivative gravity
• Conductivity of weakly disordered strange metals: from conformal to hyperscaling-violating regimes
• Stability of Massive Gravity Solutions for Holographic Conductivity
• Conformal field theories in $d=4$ with a helical twist
• Magneto-thermal transport implies an incoherent Hall conductivity
• Massive gravity and Fierz-Pauli theory
• Giant wormholes in ghost-free bigravity theory
• On the hydrodynamics of (2 + 1)-dimensional strongly coupled relativistic theories in an external magnetic field
• Thermoelectric Transport Coefficients from Charged Solv and Nil Black Holes
• Momentum dissipation and holographic transport without self-duality