Electromagnetic Heterostructures

Electromagnetic Heterostructures by Christian Brosseau is a clear, authoritative guide that draws you into the physics and practical engineering of layered electromagnetic media. Whether you’re an early-career researcher, graduate student, or industry engineer, this book delivers a concise, rigorous treatment of wave propagation, boundary phenomena, and the design principles behind modern heterostructures used in photonics, plasmonics, and metamaterials.

Inside, Brosseau translates advanced Maxwellian theory into usable tools for modeling interfaces, thin films, and composite stacks—balancing mathematical clarity with real-world examples. Detailed discussions cover reflection and transmission, dispersion in layered systems, and strategies for tailoring electromagnetic response at nano- and micro-scales. The text is especially useful for those working on sensors, antennas, optical coatings, and integrated photonic devices.

Readers in North America, Europe, and Asia will find the content relevant to academic courses and R&D teams alike. Clear figures, worked problems, and practical insights make it easy to apply concepts to laboratory designs and simulation workflows. If you need a contemporary reference that connects theoretical foundations to applied heterostructure engineering, this volume stands out.

Add Electromagnetic Heterostructures to your library to strengthen your understanding and accelerate device development. Order your copy today to start building better models and smarter electromagnetic designs.

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