Quantum Photonics 1st Edition

Capture the frontier of light and matter with Quantum Photonics, 1st Edition, edited by renowned experts Yasuhiko Arakawa and Dieter Bimberg. This authoritative volume delivers a clear, up-to-date exploration of quantum photonics — from quantum dots and nanophotonic structures to integrated photonic platforms and quantum information applications — making complex concepts accessible without sacrificing technical depth.

Dive into expertly curated chapters that balance fundamental theory with experimental insight. Readers will find rigorous treatments of semiconductor quantum emitters, cavity quantum electrodynamics, photonic crystals, and on-chip photonic integration, alongside practical discussions of device fabrication and characterization. Each section is written to inform researchers, graduate students, and engineering professionals pushing the boundaries of optics, nanotechnology, and quantum engineering.

What sets this collection apart is its practical relevance to real-world research and development. Whether you are designing low-threshold lasers, developing single-photon sources for secure communications, or building scalable quantum photonic circuits, Quantum Photonics, 1st Edition equips you with the scientific foundation and technical perspective needed to innovate.

Ideal for academic libraries, university courses, and R&D labs across North America, Europe, and Asia, this volume is an essential reference for anyone working in photonics and quantum technologies. Add a definitive resource to your shelf — deepen your understanding, accelerate projects, and stay at the cutting edge of quantum photonics with this indispensable first edition. Order today to bring world-class expertise to your research and teaching toolkit.

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