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Fractal Geometry as a book category covers works that explore the mathematical theory, visual phenomena, and practical applications of fractals—structures characterized by self-similarity, complex detail at every scale, and non-integer (fractal) dimensions. It includes introductory texts for curious readers and undergraduates, rigorous monographs for researchers, computational and programming guides for generating fractals (IFS, escape-time algorithms, L-systems), and popular-science or art books that emphasize striking visualizations and interdisciplinary links to physics, biology, geology, finance, and computer graphics. Typical themes are scaling laws, fractal dimension, chaos theory, the Mandelbrot and Julia sets, stochastic fractals, and modeling natural irregularities, often illustrated with code, experiments, and large images. Books in this category may be theoretical or applied, accessible or advanced, and appeal to mathematicians, scientists, artists, educators, and hobbyists interested in complexity, pattern, and the mathematics of irregular shapes.

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