SMT reformulates imaging through scattering media as a Zernike-regularized coarse-to-fine optimization on spectrally-resolved scattering matrices, achieving depth-over-resolution ratios above 900 in ex vivo mouse brain and volumetric imaging beyond three transport mean free paths in colloids.
M¨ atzler,MATLAB functions for Mie scattering and absorption, Institute of Applied Physics Research Report No
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Adaptive Optical Multi-Spectral Matrix Approach for Label-free High-resolution Imaging through Complex Scattering Media
SMT reformulates imaging through scattering media as a Zernike-regularized coarse-to-fine optimization on spectrally-resolved scattering matrices, achieving depth-over-resolution ratios above 900 in ex vivo mouse brain and volumetric imaging beyond three transport mean free paths in colloids.