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Typical laser applications include laser ranging, 3D modeling, LIDAR and LADAR, LDA/PDA, time interval measurements for printers and optical components, data storage, laser absorption spectroscopy, medical imaging (including optical coherence tomography), mass spectroscopy, interferometry, guidance systems, fiber optic
The most common applications in industry and science are the generation of holographic optical elements (HOE, e.g. gratings or phase masks), holographic interferometry e.g. to analyze the influence of stress on objects or embossed holography allowing to produce holograms which can be imprinted e.g. for security
One use of a holographic optical element is in thin-profile combiner lenses for optical head-mounted displays. A reflective volume hologram is used to extract progressively a collimated image that was directed via total internal reflection in an optical waveguide.
Applications in optical image formation include photography, microscopy, image storage and image replication. Acoustic, x-ray, electron beam and microwave holography are briefly commented upon. The second major area of application is contour generation and interferometry.
Military holograms enable enhanced visualisation of complex data, such as battlefield holograms, intelligence reports, and real-time sensor feeds.
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Holography is more than just a technique for secure or unique picture capture; it has many applications, including surface metrology, microscopy, and data storage.
A 3D hologram is a 3D projection created by light refraction that floats in space. In contrast to 3D televisions, virtual reality (VR) or augmented reality (AR) applications 3D holograms can be seen by anyone without additional devices.
Holograms have also been used on sports trading cards.  The use of holograms on credit cards and debit cards provide added security to minimize counterfeiting.  Holography has been used to make archival recordings of valuable and/or fragile museum artifacts.

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