Progress in Optics, Volume 71 in this ongoing series, presents the latest release in this renowned serial publication that provides comprehensive, authoritative reviews on significant developments in the field of optical science and engineering. Chapters in this new release include updates on Phased-array lidar, Holographic metasurfaces, The Talbot effect, Space-time optics, Structured Light in Space and Time: Enabling Applications Across Linear, Nonlinear, and Quantum Domains, RIKEN Center for Advanced Photonics, Metaphotonics Research Team, Weak quantum measurements, and Structured Light.
Each volume in this series brings together contributions from leading experts, covering a wide range of topics, including classical optics, quantum optics, nonlinear optics, optical materials, photonics, laser technology, imaging systems, and emerging applications.
1. 1 Introduction - p. 104 2. 2 Mathematical theory - p. 107 3. 3 Generation and detection of structured light beams - p. 132 4. 4 Light-matter interactions - p. 144 5. 5 Nonlinear response of structured light - p. 158 6. 6 Outlook - p. 167 7. Acknowledgement - p. 168 8. References - p. 168 9. Chapter Four: Optical metalenses: From ultraviolet to infrared - p. 179 10. Chapter Five: Analytical models for ultrashort laser pulses with space-time couplings - p. 299 11. Abstract - p. 300 12. 1 Introduction - p. 300 13. 2 The basic tools and conventions - p. 302 14. 3 Inherent space-time couplings of diffraction and focusing - p. 308 15. 4 Paraxial beam modes with imposed space-time couplings - p. 318 16. 5 Other methods to describe space-time beams analytically - p. 336 17. 6 Space-time optical vortices as a case study - p. 350 18. 7 Conclusion - p. 354 19. Acknowledgments - p. 355 20. References - p. 355 21. Author Index - p. 363 22. Subject Index - p. 371 23. Cummulative index of authors - p. 379
Progress in Optics, Volume 71 in this ongoing series, presents the latest release in this renowned serial publication that provides comprehensive, authoritative reviews on significant developments in the field of optical science and engineering. Chapters in this new release include updates on Phased-array lidar, Holographic metasurfaces, The Talbot effect, Space-time optics, Structured Light in Space and Time: Enabling Applications Across Linear, Nonlinear, and Quantum Domains, RIKEN Center for Advanced Photonics, Metaphotonics Research Team, Weak quantum measurements, and Structured Light.
Each volume in this series brings together contributions from leading experts, covering a wide range of topics, including classical optics, quantum optics, nonlinear optics, optical materials, photonics, laser technology, imaging systems, and emerging applications.
1. 1 Introduction - p. 104 2. 2 Mathematical theory - p. 107 3. 3 Generation and detection of structured light beams - p. 132 4. 4 Light-matter interactions - p. 144 5. 5 Nonlinear response of structured light - p. 158 6. 6 Outlook - p. 167 7. Acknowledgement - p. 168 8. References - p. 168 9. Chapter Four: Optical metalenses: From ultraviolet to infrared - p. 179 10. Chapter Five: Analytical models for ultrashort laser pulses with space-time couplings - p. 299 11. Abstract - p. 300 12. 1 Introduction - p. 300 13. 2 The basic tools and conventions - p. 302 14. 3 Inherent space-time couplings of diffraction and focusing - p. 308 15. 4 Paraxial beam modes with imposed space-time couplings - p. 318 16. 5 Other methods to describe space-time beams analytically - p. 336 17. 6 Space-time optical vortices as a case study - p. 350 18. 7 Conclusion - p. 354 19. Acknowledgments - p. 355 20. References - p. 355 21. Author Index - p. 363 22. Subject Index - p. 371 23. Cummulative index of authors - p. 379
