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In this paper we consider the effects of the interaction between droplets orother deformable objects in an emulsion under random stirring of the hostfluid. Our main interest is to obtain autocorrelation functions of the shapefluctuations in such randomly stirred host fluids, beyond the dilute limitregime. Thus, a system of deformable objects immersed in a host liquid that israndomly stirred is considered, where the objects interact with each other viathe host liquid. Keeping expressions in the first order in the density ofobjects and in deviation of objects shapes from spherical, the shape of eachobject is expanded in spherical harmonic modes and the correlations of thesemodes are derived. The special case of objects that are governed by surfacetension is investigated. The interaction between objects is explicitlyformulated and the deformation correlations are obtained.

Shape Fluctuations in Randomly Stirred Dilute Emulsions