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Hologram is an ideal method for naked eye three-dimensional (3D) display, andcomputer-generated holography (CGH) makes it possible to reconstruct virtualobjects. However, the large pixel size of common CGH devices results inshortages in the applications of hologram, such as narrow field of view, twinimages, multi-diffraction orders, et al. Meanwhile, metasurfaces consisted ofsubwavelength structures show great potential in controlling of light which issuitable for hologram design. There are many inspired works to achieve dynamicmeta-hologram as we summary in this paper. And it can be concluded that thereis still not such a research work of meta-holography with high efficiency andgood display quality in the visible range that can show smooth holographicvideos with a large frames number and high frame rate. In current work, wedemonstrate a new design of meta-holography in visible range based on spacedivision multiplexing metasurface which can achieve 228 different holographicframes and a very high frame rate (maximum of frame rate, 9523 FPS). Also, themetasurface consists of silicon nitride (SiNx) nanopillars with high efficiency(more than 70%). This method can not only satisfy the needs of holographicdisplay but also be suitable for many different research fields, such as laserfabrication, photolithography, 3D forming of two-photon polymerization andoptics information processing, et al.

Dynamic high efficiency 3D meta-holography in visible range with large frames number and high frame rate based on space division multiplexing design