Imaging and engineering optical localized modes at the nanoscale
- Niccolò Caselli,
In this thesis we experimentally developed high-resolution groundbreaking imaging techniques and novel methods suitable for nanophotonics materials. The experimental results are carefully supported by theory and numerical calculations. We engineered the propagation of light by exploiting devices that strongly localize electromagnetic fields at the nanoscale. The proposed techniques have a large field of application. We deeply investigated ordered and disordered based single and coupled nano-resonators, called photonicmolecules, and develop a laser-assisted local oxidation of the dielectric environment. These results put the basis for an unprecedented investigation of light behaviour in optical nano-resonators. Therefore, they would pave the way for novel devices that exploit the strong coupling regime between single light emitters and localized optical modes.
- DOI: 10.36253/978-88-6453-351-3
- Collana: Premio Tesi di Dottorato
- Comitato scientifico
- Lingua: Inglese
- Argomento: Chimica
University of Florence, Italy - ORCID: 0000-0003-2609-3834
his Ph.D in 2015 at University of Florence, working in the Nanophotonics and
nanostructures group led by Prof. Gurioli in between the Departement of Physics and the Lens institute.
- Anno di pubblicazione: 2016
- Pagine: 174
- eISBN: 978-88-6453-351-3
- Licenza d'uso: CC BY 4.0
- © 2016 Author(s)
- Anno di pubblicazione: 2016
- Pagine: 174
- ISBN: 978-88-6453-350-6
- Licenza d'uso: CC BY 4.0
- © 2016 Author(s)
Informazioni bibliografiche
Titolo del libro
Imaging and engineering optical localized modes at the nanoscale
Autori
Niccolò Caselli
Opera sottoposta a peer review
Numero di pagine
174
Anno di pubblicazione
2016
Copyright
© 2016 Author(s)
Licenza d'uso
Licenza dei metadati
Editore
Firenze University Press
DOI
10.36253/978-88-6453-351-3
ISBN Print
978-88-6453-350-6
eISBN (pdf)
978-88-6453-351-3
eISBN (xml)
978-88-9273-257-5
Collana
Premio Tesi di Dottorato
ISSN della collana
2612-8039
e-ISSN della collana
2612-8020
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