This text investigates the physical properties and potential applications of artificial metamaterials that exhibit electromagnetic behaviors not found in naturally occurring substances. The authors, Ekaterina Shamonina and Laszlo Solymar, utilize their expertise in electromagnetics to synthesize research on resonant elements and wave propagation. The book provides a structured framework for understanding how sub-wavelength structures manipulate electromagnetic waves, aiming to bridge the gap between theoretical physics and practical engineering applications.

Experts and academics frequently cite this work as a highly accessible entry point for students and researchers looking to understand the foundational physics of metamaterials. Readers often note that the text successfully balances technical depth with clear, conceptual explanations suitable for both undergraduates and specialists in related fields.