Light scattering by disordered media is a ubiquitous phenomenon that can be seen everywhere in life. On the one hand, these disordered structures of high internal degrees of freedom can support many transmitting channels of light. Although the light field can be evidently scrambled by the multiple scattering in disordered media, the optical information is not lost and is thus contained in a speckle pattern since the scattering is elastic. On the other, the light transport in planar disordered structures shows many fascinating effects, such as light diffusing, branched flow and Anderson localizations. These disordered structures have been used for miniature spectrometers and polarimeters, broadband light absorption and detection, just to name a few. Example topics of this session include the statistical attributes of light transport in disordered structures, computational imaging with disorder, computing with disorder, and multi-dimension light field sensors, etc.