Light sheet hologram encoding using binary amplitude modulation with complex loss optimization

• We demonstrate holographic light sheet encoding and reconstruction using binary amplitude modulation. • Evaluation of a complex loss function at a single plane enables optimized generation of binary amplitude light sheet holograms. • We reconstruct scenes perpendicular to the hologram plane with longitudinal extension of up to 21 cm. • We evaluate how the reconstruction distance affects the effectiveness of the optimization method. • Reproduction of multiplane scenes using light sheets with lower crosstalk compared to conventional methods is achieved.