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2013

Transport properties of spacetime-filling branes

Tarrio, Javier

Understand

A model consisting of (d+1)-dimensional gravity coupled to spacetime filling charged branes is used to study the effects of backreaction.

The charged black holes arising from this simple model reflect the non-linearity of the gauge field and are thermodynamically stable.
By analysing fluctuations of the system we corroborate that at low values of the temperature (or large chemical potential) backreaction effects from the branes are dominant.
We also provide a generalisation of the Iqbal and Liu strategy to calculate the DC conductivity, in which a mass term for the gauge field fluctuation is included.