In this article, we study Langevin diffusion coefficients for the fivedimensional N = 2 STU model in the presence of higher derivative corrections. We obtained the effect of black hole charge, corresponding to the chemical potential, on the Langevin diffusion coefficients ratio. We confirm universal behavior of transverse-to-longitudinal ratio of coefficients.
INDEX KEYWORDS: Black holes; Higher derivatives; Langevin; Longitudinal ratio; Universal behaviors, Diffusion PUBLISHER: Jagellonian University
AUTHOR KEYWORDS: Chaplygin gas; Dark energy; FRW cosmology; Phantom field INDEX KEYWORDS: Equations of state; Slip forming, Chaplygin gas; Dark energy; Equation of state; Extract solutions; Phantom field; Scalar fields; Universe evolution; Various densities, Cosmology PUBLISHER: Canadian Science Publishing
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