Tutorials in Metamaterials

Metamaterials—composite media with unusual optical properties—have revolutionized the landscape of optical science and engineering over the past decades. A comprehensive introduction to electromagnetism in metamaterials structures, this book begins with general reviews and then progresses to more specialized topics. Chapters offer self-contained tutorials on linear and nonlinear; optical; microwave; dialectric; anisotropic and hyperbolic; bianisotropic and chiral; and electromagnetic metamaterials, as well as optical gain and radiative decay engineering. Each tutorial provides a thorough treatment of basic theory, computer simulations, fabrication, and experimental studies of the physical properties.

From science fiction to science laboratories

Discover the State of the Art in Photonic Metamaterials

Metamaterials—composite media with unusual optical properties—have revolutionized the landscape of optical science and engineering over the past decades. Metamaterials have transformed science-fiction-like concepts of superresolution imaging and optical cloaking to the realm of science laboratories, and further promise to transform these into the realm of our everyday life. This new era of optical metamaterials calls for the development of experimental and theoretical methods capable of analyzing optical behavior on the multitude of scales—from the nanometer scale of individual inhomogeneity, to the micrometer level and the larger scale of metamaterials-based devices.

Tutorials in Metamaterials offers a collection of chapters that were designed as self-contained tutorials describing photonic metamaterials and the state of the art in metamaterials research.

Chapters cover:

• Linear and nonlinear properties of photonic metamaterials and their potential applications
• Fabrication techniques for optical metamaterials, ranging from electron-beam lithography, focused ion beam milling, and nanoimprint lithography to direct laser writing
• Recent achievements in metatamerial research at visible, IR, and microwave frequencies
• Novel applications of metamaterials for light guiding, steering, and refraction
• Efforts to compensate and eliminate optical loss by introducing optical gain into the metamaterial matrix

A comprehensive overview of metamaterial photonics, this reference is suitable for graduate students as well as physicists and engineers interested in entering this dynamic new field.