This text investigates the fundamental physical principles governing the interaction between light and matter at the nanoscale, specifically focusing on how these interactions can be harnessed for device design. The authors, John Weiner and P.-T. Ho, synthesize concepts from classical electrodynamics, surface wave physics, and circuit theory to establish a unified framework. By bridging the gap between theoretical physics and electrical engineering, the book provides a methodology for analyzing and constructing nanoscale plasmonic components.

Experts recognize this work as a bridge between the fields of physics and electrical engineering, particularly for those working in nanophotonics. Readers frequently note that the text requires a solid foundation in electromagnetism to fully grasp the technical derivations presented throughout the chapters.