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Explore the innovative realm of acoustic metamaterials and tunable gradient index phononic crystals, designed to offer unparalleled precision in acoustic wave manipulation. This cutting-edge technology holds immense potential for advanced sound control applications, from noise reduction to novel acoustic devices.

Explore the foundational concepts of acoustic metamaterials and phononic crystals, two innovative classes of engineered materials designed for unprecedented sound wave manipulation. This preamble provides an essential overview, delving into their unique properties and the principles governing their ability to control and guide acoustic energy for advanced acoustic engineering applications.

Explore the fascinating world of acoustic metamaterials and phononic crystals, revolutionary structures designed to manipulate sound and elastic waves. This essential text, part of the Springer Series in Solid State Sciences, delves into their fundamental principles, innovative designs, and diverse applications, offering deep insights into advanced wave propagation phenomena and the future of material science.