Abstract
We report experimental proof for the buildup of long range intensity correlations in the multiple scattering of classical waves, on the basis of a study of frequency-dependent intensity fluctuations in the transmitted wave, in experiments where coherent light is scattered by slabs of randomly distributed TiO2/air. Using different detection geometries, we measured fluctuations in tαβ and where tαβ is the transmission coefficient coupling the incoming channel α to the outgoing channel β.
© 1990 Optical Society of America
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