As a broad area of science and technology, modeling and computational photonics is an ever-growing and developing topic. Covering the crucial foundations of photonics, as well as delving into the more complex aspects of the field, Modeling and Design Photonics by Examples with MATLAB (R) is a comprehensive study of computational photonics that will bridge the gap between academic and industrial worlds. Using MATLAB (R) code to help provide solutions, this book will help readers to use modelling as an effective tool for designing and optimizing photonic systems.
Key Features
As a broad area of science and technology, modeling and computational photonics is an ever-growing and developing topic. Covering the crucial foundations of photonics, as well as delving into the more complex aspects of the field, Modeling and Design Photonics by Examples with MATLAB (R) is a comprehensive study of computational photonics that will bridge the gap between academic and industrial worlds. Using MATLAB (R) code to help provide solutions, this book will help readers to use modelling as an effective tool for designing and optimizing photonic systems.
Key Features
1. Introduction 2. One-Dimensional Periodic and Quasi-Periodic Photonics Crystal Structures 3. Beam Propagation Method for Modelling Multimode Clad-Pumped Fibre Amplifiers 4. Modelling Ultrafast Mode-Locking Lasers 5. Pulse Chirped Amplifications 6. Modelling Singe Photons Quantum Walks in Photonics Waveguides
7. Appendix
Dan T Nguyen is a Senior Optical Scientist at Corning Research
and Development Corporation (CRDC), Corning, NY, USA and Adjunct
Professor at the College of Optical Sciences, The University of
Arizona, Tucson, AZ, USA, and was Associate Research Professor of
the College prior joining CRDC in 2017. He has authored and
co-authored more than 75 research publications, 5 US patents, and
several pending patents. His research interests include photonics
computation, modeling and design of optics and photonics, fiber
design, fiber lasers and fiber amplifiers, quantum communication,
quantum integrated photonics, optical computing, quantum computing,
VCSELs, GAWBS noise, laser cooling, micro-cavity bio-sensing,
optical limiting, nonlinear optics, and plasmonics.
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