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<p>This book encourages optoelectronic researchers and engineers to exploit innovative nano-photonic applications in next-generation information and communications systems. The authors discuss applications enabled by three forms of nano-photonics: silicon photonics, photonic crystals and surface plasmons, with a view to the development of the defining applications and technologies of tomorrow. They explain topics clearly for readers both new to the field and experts in photonics, providing:</p><ul> <li>basic knowledge of the general structures, physics and characteristics of optoelectronic devices;</li> <li>advanced understanding of the specific structures, physics and characteristics of the latest nano-scale optoelectronic and surface-plasmonic devices and related technologies; and</li> <li>an account of practical applications for each form of nano-photonics, among them: optical transception, LiDAR, optical neuro-computing, optical random access memory and high-power and narrow-beam surface-emitting lasers.</li></ul><p>The book is organised to treat the basics of each form of nano-photonic device and then the applications.&#xa0;Specialist researchers studying and practitioners employing nano-photonics will find <em>Nano-photonics for Advanced Networks</em> to be a useful means of keeping track of both the properties and applications of such devices. The book will also serve graduate students well as a comprehensive sourcebook for the subject.</p>

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Nano-photonics for Advanced Networks

  • 书籍

  • 发表日期：

    2025年

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  • Kiyoshi Asakawa,
  • Yoshimasa Sugimoto,
  • Shigeru Nakamura

摘要

This book encourages optoelectronic researchers and engineers to exploit innovative nano-photonic applications in next-generation information and communications systems. The authors discuss applications enabled by three forms of nano-photonics: silicon photonics, photonic crystals and surface plasmons, with a view to the development of the defining applications and technologies of tomorrow. They explain topics clearly for readers both new to the field and experts in photonics, providing:

  • basic knowledge of the general structures, physics and characteristics of optoelectronic devices;
  • advanced understanding of the specific structures, physics and characteristics of the latest nano-scale optoelectronic and surface-plasmonic devices and related technologies; and
  • an account of practical applications for each form of nano-photonics, among them: optical transception, LiDAR, optical neuro-computing, optical random access memory and high-power and narrow-beam surface-emitting lasers.

The book is organised to treat the basics of each form of nano-photonic device and then the applications. Specialist researchers studying and practitioners employing nano-photonics will find Nano-photonics for Advanced Networks to be a useful means of keeping track of both the properties and applications of such devices. The book will also serve graduate students well as a comprehensive sourcebook for the subject.