Non-Reciprocal Materials and Systems 1st Edition

Capture the frontier of waves, fields, and materials with Non-Reciprocal Materials and Systems, 1st Edition by Prabhakar Bandaru. This authoritative volume delivers a clear, contemporary roadmap to materials and device concepts that break conventional reciprocity — essential reading for engineers, physicists, and material scientists shaping next-generation communication, sensing, and energy systems.

Explore rigorous yet accessible explanations of the physical principles behind non-reciprocity, from magneto-optic and spatio-temporal modulation approaches to topological and metamaterial implementations. Bandaru balances theoretical foundations with practical design insights, offering analytic models, real-world examples, and application-focused discussions spanning photonics, microwave engineering, acoustics, and spintronics.

Whether you’re developing isolators and circulators for telecom infrastructure, designing non-reciprocal photonic circuits for integrated optics, or researching emergent topological states, this book equips you with the tools to translate advanced concepts into functioning devices. The first edition emphasizes clarity and applicability: concise derivations, illustrative figures, and comparative analyses that help readers evaluate trade-offs and implementation strategies.

Written for graduate students, researchers, and industry professionals across North America, Europe, and Asia, this text is both a classroom resource and a laboratory companion. Its global perspective makes it ideal for multidisciplinary teams pushing the limits of non-reciprocal devices and systems.

Advance your work with a definitive reference that marries deep theory to real-world engineering. Order your copy of Non-Reciprocal Materials and Systems, 1st Edition by Prabhakar Bandaru today and lead the development of the next wave of non-reciprocal technologies.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.