Light Manipulation Techniques explores the fascinating realm of controlling light through metamaterials, nonlinear optics, and plasmonics. These techniques, pushing beyond traditional optical constraints, offer unprecedented control over photons and promise to revolutionize fields like telecommunications and advanced imaging. The book highlights how strategically engineering materials can lead to transformative advancements in light-based technologies. Did you know metamaterials can bend light backward, or that nonlinear optics enable the creation of entirely new colors of light?

The book begins with foundational concepts like Maxwell's equations and wave propagation before diving into the intricacies of each technique. It progresses from the core principles and theoretical underpinnings to the engineering and fabrication aspects of metamaterials, nonlinear optics, and plasmonics. The approach integrates these diverse fields, revealing their synergistic potential, and culminates in real-world applications like enhanced solar cells and novel sensors.