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Anderson localization of light in monodisperse TiO2 nanospheres (Konstanz)

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When waves diffuse through a random medium, the mean free path l* is no longer the only length scale
determining the physical situation. Due to interferences, additional effects will appear on the scale of the
wavelength. A striking prediction made by Anderson in 1958 [1] is that diffusion should come to a halt in a
medium where l* is comparable with the wavelength. In the context of electronic systems, this has been used
as an explanation for the metal insulator transition when impurities are present.

See the linked document for the following.

Contact :georg.maret@uni-konstanz.de

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