Diamond turned holograms for intensity reconstruction in Fresnel domains
Colin Dankwart, Claas Falldorf, Ralf B. Bergmann, Axel Meier, Ralf M. Gläbe
Abstract
Colin Dankwart, Claas Falldorf, Ralf B. Bergmann, Axel Meier, Ralf M. Gläbe
Abstract
We present a method for the design of diamond turned holograms for the reconstruction of arbitrary intensity distributions in a Fresnel domain. Existing methods are limited to the reconstruction of intensities in the far field, which imposes limitations to the optical setup. Theory and experimental verification of the new approach are presented.
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We present a method for the design of diamond turned holograms for the reconstruction of arbitrary intensity distributions in a Fresnel domain. Existing methods are limited to the reconstruction of intensities in the far field, which imposes limitations to the optical setup. Theory and experimental verification of the new approach are presented.
Key concepts: Holography, Optics, Intensity (physics), Fresnel integral, Diamond, Fresnel number, Fresnel diffraction, Iterative reconstruction