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开放式科学知识专著 · 非厄米光子学Open Scientific Knowledge Book · Non-Hermitian Photonics

Non-Hermitian Photonics

围绕开放光学系统中的增益、损耗、准正规模、异常点、非布洛赫拓扑、趋肤效应和器件应用展开，重点呈现模型边界、谱结构和实验可复现性。 A book on open photonic systems, organized around gain, loss, quasinormal modes, exceptional points, non-Bloch topology, skin effects, and device applications, with focus on model boundaries, spectral structure, and experimental reproducibility.

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章节索引Table of Contents

目录Table of Contents

  1. 01
    Light as an Eigenvalue Problem
  2. 02
    Energy, Inner Products, and Hermiticity
  3. 03
    Periodicity and Photonic Bands
  4. 04
    Boundaries, Radiation, and Scattering
  5. 05
    Loss, Gain, and Dispersion
  6. 06
    Quasinormal Modes
  7. 07
    From Maxwell to Coupled Modes
  8. 08
    Exceptional Points
  9. 09
    PT-Symmetric Optics
  10. 10
    Poles, Zeros, Lasers, and Absorbers
  11. 11
    Berry Curvature from Maxwell Fields
  12. 12
    Complex Bands and Non-Hermitian Gaps
  13. 13
    Photonic Point-Gap Topology
  14. 14
    Skin Effect and Non-Bloch Light
  15. 15
    Bulk-Boundary Correspondence Rebuilt
  16. 16
    Bound States in the Continuum and Exceptional Topology
  17. 17
    Numerical Methods for Non-Hermitian Maxwell Problems
  18. 18
    Devices and Physical Limits
  19. 19
    Open Problems and Outlook
  20. A
    Vector Calculus and Maxwell Notation
  21. B
    Non-Normal Linear Algebra
  22. C
    Transfer Matrices and Scattering
  23. D
    Numerical Recipes
  24. E
    Notation and Symbols