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Holography is a useful technique because it’s the only truly three-dimensional imaging method available. It’s used in a plethora of fields, such as 3D nonintrusive testing of cracks and fatigue in equipment, high-axial & lateral resolution 3D topography of surfaces, 3D particle image velocimetry, 3D stress & deformation measurement, 3D microscopy of transparent phase objects for biomedical imaging, and holographic displays for the entertainment industry, just to name a few. For these reasons, digital & analog holography, along with their many variations (i.e., holographic interferometry, holographic microscopy, holographic tomography, multiwavelength digital holography, phase-shifting holography, compressive holography, coherence holography, computer-generated holography, etc.) have become methods of choice for various metrological applications in 3D imaging. This book begins with a belief introduction of the history of holography, types of holograms, and materials used for hologram recording, followed by a discussion of the basic principles of analog & digital holography and an in-depth explanation of some of the most famous fringe-deciphering techniques for holographic interferometry. Besides the traditional topics already mentioned, other related topics are discussed - dynamic holography - as well as a nonholographic technique for 3D visualization, i.e., transportation of intensify imaging. Furthermore, the latest topics in the field of holography are discussed for the first time here: compressive holography, coherence holography, nonlinear holography, and polarization holography. The last chapter is dedicated to the progress in holographic and nonholographic 3D display technologies. Multiple holographic techniques are presented, and readers may master their basic concepts through in-depth theory & applications. This book is a comprehensive study in the sense that traditional and up-to-date topics concerning holographic imaging & displays are presented. The focus is not so much the theory of these 3D imaging techniques, which exists in many references and will be briefly mentioned in this book, but rather the programing side, namely, the exact code that is needed to perform complex mathematical & physical operations. The code associated with each section help the reader grasp the mathematical concepts better through changing & adapting the parameters. Programing these complex equations is tedious and not straightforward; supplying the code with text makes it easier for students & experienced researchers to concentrate on performing the experiment & supply changing the parameters in the code to get their results
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