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doctoral thesis

Optical Nanoantennas : New Directions and Applications

Lovera, Andrea  
2014
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Type
doctoral thesis
DOI
10.5075/epfl-thesis-6070
Author(s)
Lovera, Andrea  
Advisors
Martin, Olivier  
Jury

Prof. C. Moser (président), Prof. O. Martin (directeur), Prof. H. Altug Yanik, Prof. K. B. Crozier, Prof. R. Quidant (rapporteurs)

Date Issued

2014

Publisher

EPFL

Publisher place

Lausanne

Public defense year

2014-01-24

Thesis number

6070

Subjects

plasmonics

•

optics

•

nanophotonics

•

plasmon resonance

•

metallic nanostructures

•

nanoparticle

•

dipole nanoantenna

•

radiation damping

•

oscillator model

•

hybridization

•

localized surface plasmon

•

Fano resonance

•

simulation

•

surface integral equation

•

surface-enhanced Raman scattering

•

plasmonic trapping

•

strong coupling

•

Rabi splitting

•

spectroscopy

•

HSP70

•

directivity

•

bound state in the continuum

•

functionalization

•

multiple Fano resonances

•

interference

•

Bloch Surface Waves

EPFL units
NAM  
Faculty
STI  
School
IMT  
Doctoral School
EDPO  
Use this identifier to reference this record
https://infoscience.epfl.ch/handle/20.500.14299/99602
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