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In this book, the authors present a theoretical and experimental study of the unique phenomenon of "vibroturbulization," which enables the production of unique foam plastics, foam concrete, composite materials, nanocomposites, ceramics, and bioceramics under terrestrial conditions. Using the exceptional properties of microgravity-isotropy-and the bubbling process, the authors created promising foam plastics, nanomaterials, and a new form of anticancer chemotherapeutic drug under microgravity conditions. The authors' method for growing homogeneous single-crystal silicon under microgravity conditions, eliminating non-gravitational convective processes that occur under microgravity conditions, and using the theoretically predicted application of the "vibroturbulization" process under microgravity conditions, potentially enables the growth of homogeneous single-crystal silicon using the Czochralski method under microgravity conditions.