Formation of complex light structures and three-dimensional complex holography through turbid media is a challenging task due to random variation in refractive index, scattering of light, and formation of speckle noise field. We present a binary phase based FLC-SLM in binary mode assisted GA algorithm where the R-squared optimization function is introduced for wavefront shaping. An advanced system design has been developed from scratch with FLC-SLM (ferroelectric liquid crystal spatial light modulator) and dual camera to construct multiple complex structures simultaneously in 3D volume independently without any co-linearity. The formation of multiple complex structures simultaneously in 3D volume has been demonstrated with our prototype system using fresh chicken tissue of thickness 612 µm as well as a 220 grit ground glass diffuser.
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