Applications: Turbid-/ Opaque Media /Multi Scattering

Wide-field single-pixel complex-field microscopy through a multimode fiber

Flexible polarization-multiplexing manipulation through a highly scattering medium for high-resolution arbitrary-polarization vector light field generation

Focusing light through turbid and thick scattering media via a hybrid genetic neural network algorithm

Unlocking high-frequency speckle details via relative frequency learning for robust imaging through scattering media

Higher-Order Spatial Mode Detection Leveraging Deep Learning on Random Optical Patterns

Modeling and performance analysis for few-mode free-space optical communication reception based on optical-domain coherent beam combining

Structured light probe for turbulent media

Mueller matrix-based deep neural network for adaptive reconstruction of orthogonal polarization components of a vector beam transmitted through a highly scattering medium

Speckle Transformer: direct classification through scattering media with limited information

Partially coherent Mathieu–Gauss beams