Topdown Design Of Disordered Photonic Structures Multidisciplinary Approaches Inspired By Quantum And Network Concepts Springerbriefs In Physics

Chapter 1 Introduction

1.1 Order, Randomness, and Grey Area between them

1.2 Order, Randomness, and Anomalous Disorder in Photonics

1.3 Top-Down Design based on Eigensystems

1.4 References

Chapter 2 Designing Spectra in Disordered Photonic Structures

2.1 Concept of Isospectrality

2.2 Isospectrality by Supersymmetric Transformation

2.3 Application I: Supersymmetric Disorder for Photonic Bandgaps

2.4 Application II: Supersymmetric Switching of Random Waves

2.5 Isospectrality by Householder Transformation

2.6 Application: Interdimensional Wave Transport

2.7 References

Chapter 3 Designing Modes in Disordered Photonic Structures

3.1 Concept of Metadisorder

3.2 Metadisorder Configuration in Coupled Systems

3.3 Application I: Functional Wave Transport

3.4 Application II: Cloaking inside Coupled Systems

3.5 Generalization: Bohmian Photonics

Chapter 4 Conclusion and Outlook

References