The Lifshitz black branes and DC transport coefficients in massive Einstein-Maxwell-dilaton gravity

Abstract

We construct analytical Lifshitz massive black brane solutions in massive Einstein-Maxwell-dilaton gravity theory. We also study the thermodynamics of these black brane solutions and obtain the thermodynamical stability conditions. On the dual nonrelativistic boundary field theory with Lifshitz symmetry, we analytically compute the DC transport coefficients, including the electric conductivity, thermoelectric conductivity, and thermal conductivity. The novel property of our model is that the massive term supports the Lifshitz black brane solutions with $z\ne 1$ in such a way that the DC transport coefficients in the dual field theory are finite. We also find that the Wiedemann-Franz law in this dual boundary field theory is violated, which indicates that it may involve strong interactions.

17 pages, minor revisions, references added; version published in PRD

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• Informational properties of holographic Lifshitz field theory
• Quartic Horndeski, planar black holes, holographic aspects and universal bounds
• Transport properties in the Horndeski holographic two-currents model
• Transport properties of a $3$-dimensional holographic effective theory with gauge-axion coupling
• Lifshitz black holes in four-dimensional Critical Gravity