Presents the latest in research and development for a wide array of  functional metamaterials and metadevices

Covers topics ranging from electromagnetic, terahertz, photonic, chiral, plasmonic, nonlinear, acoustic, and mechanical metamaterials to frequency selective surfaces and processing, design, and manufacturing considerations

Offers readers a combination of theoretical, design, and experimental perspectives for a better understanding of metamaterial behaviors and potential applications

Provides a dynamic resource with full-color illustrations throughout for a broad audience of students, engineers, physicists, and technical managers with an interest in this robust and growing field

Written by an author with 10 years of practical experience working on metamaterials for electromagnetic interference and acoustic applications as well as various metmaterial structures and metadevices for electronic/optical interconnect assemblies and printedelectronics