Spatiotemporal multiplexing method for visual field of view extension in holographic displays with naked eye observation

We present a practical solution for the long-standing problem of depth inversion in real-image holographic display of digital holograms. It relies on a field lens inserted in front of the spatial light modulator device addressed by a properly processed hologram. The processing algorithm accounts for pixel size and wavelength mismatch between capture and display devices in a way that prevents image deformation. Complete images of large dimensions are observable from one position with a naked eye. We demonstrate the method experimentally on a 10-cm-long 3D object using a single full-HD spatial light modulator, but it can supplement most holographic displays designed to form a real image, including circular wide angle configurations.

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Spatiotemporal multiplexing method for visual field of view extension in holographic displays with naked eye observation

Cited by 3 publications

References 20 publications

Spatial bandwidth product expansion method by diffraction superposition for holographic display

Spatial bandwidth product expansion method by diffraction superposition for holographic display

Aberration-corrected holographic projection on a two-dimensionally highly tilted spatial light modulator

Orthoscopic real-image display of digital holograms

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