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"Image Formation" as a book category encompasses works that explain how images are created, captured, processed and perceived across physical, computational and artistic domains. It includes textbooks and handbooks on the physics and mathematics of optics and sensors (e.g., geometrical and Fourier optics, radiometry, detector technology), technical treatments of imaging modalities (photography, microscopy, radiology, remote sensing, machine vision), and computational methods for reconstruction and enhancement (sampling, filtering, deconvolution, tomographic and inverse-problem techniques, and modern AI-based reconstruction). It also covers practical guides to image-making (camera practice, lighting, color management, film and digital workflows), perceptual and display issues (color science, human vision, calibration), and interdisciplinary research monographs that link instrumentation, algorithms and applications. Typical readers are advanced undergraduates, graduate students, researchers and practitioners in optics, biomedical imaging, computer vision, photography and related fields, while titles range from introductory primers and lab manuals to specialist research references.

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