Неэрмитовы интерференционные эффекты при рассеянии света высокоиндексными полупроводниковыми наночастицами Канос Валеро Адриа

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Канос Валеро Адриа.
Неэрмитовы интерференционные эффекты при рассеянии света высокоиндексными полупроводниковыми наночастицами = Non-Hermitian Interference Effects in the Scattering of Light by High-Index Semiconductor Nanoparticles : Non-Hermitian Interference Effects in the Scattering of Light by High-Index Semiconductor Nanoparticles : диссертация ... кандидата физико-математических наук : 1.3.6. / Канос Валеро Адриа; [Место защиты: ФГАОУ ВО «Национальный исследовательский университет ИТМО»]. - Санкт-Петербург, 2022. - 234 с. : ил.; 14,5х20,5 см.
Оглавление диссертациикандидат наук Канос Валеро Адриа
1.7 Size sorting of Au-NPs
1.8 Conclusion
2 Non-Hermitian description of the Hybrid Anapole Regime
2.1 Motivation and relevance
2.2 Design and observation of the HA regime
2.3 QNM description of the HA regime
2.4 Model describing the interaction with a dielectric substrate
2.5 Short pulse modulation in the transient regime
2.6 Conclusion and outlook
3 Superscattering of Interfering Resonances
3.1 Motivation and Relevance
3.2 Problem Formulation
3.3 Toy model of scattering by an arbitrary object
3.4 Dielectric Nanocavities
3.5 Conclusion and Outlook
4 Engineering Non-Hermitian Singularities in Single Dielectric Nanocavities 126 4.1 Motivation and Relevance
4.2 Two-mode model of a dielectric nanoparticle
4.3 Existence of EPs in a single dielectric nanoparticle
4.4 Magnetoelectric response in the strong coupling regime
4.5 Substrate-mediated EP control
4.6 Design of EP-based local refractive index sensors
4.7 Conclusion and Outlook
Conclusion
Acknowledgments
Bibliography
Appendix
A Scattered field formulation, Multipolar and Modal representations
A.1 Scattered field formulation
A.2 Multipole theory
A.3 QNM expansions
B QNM expansion of multipolar scattering
C Derivation of the TCMT equations
D Elements of QNM perturbation theory
D.1 General principles and formulae
D.2 Connection between PT and TCMT
E Condition for a source to be nonradiating: The case of the anapole
F Derivation of the viscosity tensor
G Main publications
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