Topics
spontaneous emissionElection
radiative heat transferSpecies
International audienceSurface-phonon polaritons produce peaks in the local density of electromagnetic states close to the interface. We show that this affects dramatically the spontaneous emission of light by thermal sources in the near field. We discuss several effects such as coherence properties in the near field, radiative heat transfer at short distances and the design of coherent thermal sources in the near field and in the far field
We review in this article the influence of surface waves on the thermally excited electromagnetic fi...
Redigé à la fin de l'année 2004. Accepté dans Surface Science ReportsWe review in this article the i...
International audienceA thermal light-emitting source, such as a black body or the incandescent fila...
International audienceSurface-phonon polaritons produce peaks in the local density of electromagneti...
International audienceSurface-phonon polaritons produce peaks in the local density of electromagneti...
The emission of light by a material at temperature T has been shown recently to be coherent in the n...
International audienceWe present an exact calculation of the cross-spectral density tensor of the ne...
International audienceWith the recent development of local (optical and thermal) probe microscopy an...
We review in this article the influence of surface waves on the thermally excited electromagnetic fi...
Redigé à la fin de l'année 2004. Accepté dans Surface Science ReportsWe review in this article the i...
International audienceA thermal light-emitting source, such as a black body or the incandescent fila...
International audienceSurface-phonon polaritons produce peaks in the local density of electromagneti...
International audienceSurface-phonon polaritons produce peaks in the local density of electromagneti...
The emission of light by a material at temperature T has been shown recently to be coherent in the n...
International audienceWe present an exact calculation of the cross-spectral density tensor of the ne...
International audienceWith the recent development of local (optical and thermal) probe microscopy an...
We review in this article the influence of surface waves on the thermally excited electromagnetic fi...
Redigé à la fin de l'année 2004. Accepté dans Surface Science ReportsWe review in this article the i...
International audienceA thermal light-emitting source, such as a black body or the incandescent fila...
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