과학 공학
The Photonic Revolution
Jin Goo Pyo Stephan Pyo
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| 듣기기능 | 미지원 | 파일정보 | |
|---|---|---|---|
| 총 용량 | 26.6MB | 이용기기 | |
| ISBN | 9791124103722 | ||
책 소개
The Photonic Revolution
From Semiconductors to AI, Space and Information
For more than half a century, the digital world has been built upon electrons. From computers and smartphones to cloud infrastructure and artificial intelligence, semiconductor technology has fueled unprecedented technological growth. Yet as Moore’s Law approaches its physical limits, a new paradigm is emerging.
The Photonic Revolution explores the transition from electron-based systems to photon-based information technologies. Combining scientific theory, industrial expertise, and real-world applications, the book explains how photonics is transforming the future of AI data centers, quantum communications, 6G networks, optical computing, LiDAR systems, and space-based communication architectures.
Rather than presenting photonics as a specialized engineering topic, the authors reveal it as the foundation of the next information age. Readers will gain a comprehensive understanding of optical semiconductors, photonic integrated circuits, optical communication systems, quantum technologies, and the growing role of light in shaping future civilization.
Written for engineers, researchers, technology leaders, investors, and curious readers alike, this book serves as both a technical guide and a strategic roadmap to one of the most important technological shifts of the twenty-first century.
The future of information is no longer defined solely by electrons. It is being rewritten by light.
From Semiconductors to AI, Space and Information
For more than half a century, the digital world has been built upon electrons. From computers and smartphones to cloud infrastructure and artificial intelligence, semiconductor technology has fueled unprecedented technological growth. Yet as Moore’s Law approaches its physical limits, a new paradigm is emerging.
The Photonic Revolution explores the transition from electron-based systems to photon-based information technologies. Combining scientific theory, industrial expertise, and real-world applications, the book explains how photonics is transforming the future of AI data centers, quantum communications, 6G networks, optical computing, LiDAR systems, and space-based communication architectures.
Rather than presenting photonics as a specialized engineering topic, the authors reveal it as the foundation of the next information age. Readers will gain a comprehensive understanding of optical semiconductors, photonic integrated circuits, optical communication systems, quantum technologies, and the growing role of light in shaping future civilization.
Written for engineers, researchers, technology leaders, investors, and curious readers alike, this book serves as both a technical guide and a strategic roadmap to one of the most important technological shifts of the twenty-first century.
The future of information is no longer defined solely by electrons. It is being rewritten by light.
목차
Part I. Foundations of Photonics
Chapter 1. From Electrons to Photons: A Paradigm Shift
Chapter 2. Expansion of Spectrum and System Limitations
Part II. Next-Generation Semiconductor Technologies
Chapter 3. The Necessity of Compound Semiconductor RF Devices
Chapter 4. GaN, InP, and GaAs Technologies
Chapter 5. Physical Understanding of Photonic and High-Frequency Devices
Chapter 6. Heterogeneous Integration Technology
Part III. Optical Communication Systems
Chapter 7. Evolution of Optical Networks
Chapter 8. Coherent Communication
Chapter 9. Data Centers and AI
Chapter 10. Optical Transceiver Technology
Part IV. Quantum Photonics and Sensing
Chapter 11. Quantum Communication
Chapter 12. Quantum Sensing
Chapter 13. Single-Photon Detection and PIC
Part V. Space and Satellite Photonics
Chapter 14. LEO Satellite Networks
Chapter 15. OISL Optical Inter Satellite Links
Chapter 16. Defense and Secure Communications
Part VI. 6G and Future Networks
Chapter 17. From 5G to 6G: Evolution of Next Generation Networks
Chapter 18. Convergence of Sub THz and Optical Technologies
Chapter 19. AI Driven Networks
Part VII. Industry and Market
Chapter 20. Photonics Ecosystem
Chapter 21. Market Outlook
Chapter 22. Manufacturing and Scaling
Part VIII. The Future of Light
Chapter 23. Technology Convergence
Chapter 24. The Future of Humanity
Chapter 25. Future Society and Civilization Structure
Chapter 1. From Electrons to Photons: A Paradigm Shift
Chapter 2. Expansion of Spectrum and System Limitations
Part II. Next-Generation Semiconductor Technologies
Chapter 3. The Necessity of Compound Semiconductor RF Devices
Chapter 4. GaN, InP, and GaAs Technologies
Chapter 5. Physical Understanding of Photonic and High-Frequency Devices
Chapter 6. Heterogeneous Integration Technology
Part III. Optical Communication Systems
Chapter 7. Evolution of Optical Networks
Chapter 8. Coherent Communication
Chapter 9. Data Centers and AI
Chapter 10. Optical Transceiver Technology
Part IV. Quantum Photonics and Sensing
Chapter 11. Quantum Communication
Chapter 12. Quantum Sensing
Chapter 13. Single-Photon Detection and PIC
Part V. Space and Satellite Photonics
Chapter 14. LEO Satellite Networks
Chapter 15. OISL Optical Inter Satellite Links
Chapter 16. Defense and Secure Communications
Part VI. 6G and Future Networks
Chapter 17. From 5G to 6G: Evolution of Next Generation Networks
Chapter 18. Convergence of Sub THz and Optical Technologies
Chapter 19. AI Driven Networks
Part VII. Industry and Market
Chapter 20. Photonics Ecosystem
Chapter 21. Market Outlook
Chapter 22. Manufacturing and Scaling
Part VIII. The Future of Light
Chapter 23. Technology Convergence
Chapter 24. The Future of Humanity
Chapter 25. Future Society and Civilization Structure