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A plasmonic environment can lead to strong enhancements of the fluorescence of an optical emitter. However, when the emitter is very close to such plasmonic systems, the description of their optical reponse requires to consider the interactions between electrons of the metal. We simulate numerically a dipole near metal nanostructures described with nonlocal models. We show that the spontaneous emission...
Quantum optics applications rely crucially on the control and long range transport of single-photons. We investigate how embedding a metal nanoparticle with an optical emitter in a fiber modifies the emission properties of the emitter. By coupling the light emitter to a metal nanoparticle, we show that the emission rates, Purcell factor and quantum yield are increased due to the combined effects originating...
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