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We report on the first computer simulation of the effects of weak localization in the backscattering of light from a medium containing randomly distributed Rayleigh scatterers. In agreement with our earlier experimental results, the cone of enhanced backscattering in the polarized light component is found to be spatially anisotropic, and this is a consequence of the transverse character of electromagnetic waves.

Vector character of light in weak localization: Spatial anisotropy in coherent backscattering from a random medium