Fiber-Based Optical Resonators 1st Edition

Capture the cutting edge of photonics with Fiber-Based Optical Resonators, 1st Edition by Deepak Pandey, a clear, authoritative guide that connects rigorous theory with real-world fiber-optic practice. Ideal for researchers, graduate students, and industry engineers, this volume brings focused insight into the design, modeling, and experimental use of fiber resonators across sensing, laser development, and optical communications.

Explore concise explanations of resonator fundamentals, mode behavior, coupling mechanisms, and loss management, enriched with practical examples and problem-solving approaches. The book balances mathematical derivations with intuitive descriptions, helping readers quickly apply concepts to resonator design, high-sensitivity sensors, narrow-linewidth lasers, and integrated photonic systems. Coverage spans single-mode and multimode fibers, microresonators, and specialty geometries relevant to current R&D across academia and industry.

Whether you work in university labs, industrial R&D centers in North America, Europe, or the Asia-Pacific region, or are advancing telecommunications and metrology projects, this edition delivers actionable knowledge that accelerates development and troubleshooting. Clear diagrams, comparative analyses, and application-driven case studies make complex topics accessible and immediately useful.

Add Fiber-Based Optical Resonators by Deepak Pandey to your professional collection to deepen expertise, support research proposals, and guide experimental design. A practical, up-to-date resource, it’s tailored to professionals seeking reliable techniques and insights that translate directly into better devices and experiments. Explore the physics, master the design, and advance your work in fiber photonics.

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