In this study, the interaction of nanoparticles with focused beams of various angular spectra is investigated. This study demonstrates that the focused light can be used to manipulate the near-field radiation around nanoparticles. It is shown that suppressing strong lobes and enhancing weaker lobes is possible for spherical particles by altering the angular spectrum. This can have an impact on plasmonic applications where strong and weak fields are desired at specific locations
ABSTRACT: The efficiency of plasmonic nanostructures as optical antennas to concentrate optical fiel...
We theoretically analyze optical forces on aggregates of metal nanoparticles in a focused Gaussian b...
Nano-antennas in functional plasmonic applications require high near-field optical power transmissio...
The interaction of photons with metallic nanoparticles is important to a number of emerging nanotech...
The interaction of a radially focused beam with a prolate spheroidal nanoparticle is particularly im...
The interaction of a radially focused beam with a prolate spheroidal nanoparticle is par...
Plasmonic nanoparticles, typically gold and silver colloids, can be trapped by a highly focused Gaus...
The interaction of a highly focused beam of light with spherical nanoparticles is investigated for l...
bS Supporting Information ABSTRACT: Plasmonic focusing was investigated in symmetry broken nanocorra...
We investigate the interaction of focused Gaussian and radially-polarized beams with a silver nanosp...
In this article, we discuss the basic principles of optical manipulation of nanoparticles to micron ...
There has been an escalation in interest in developing methods to control the near field because of ...
Three-dimensional focusing of evanescent waves by specially configured surface arrays of nanoparticl...
The near- and far-field properties of a number of active coated spherical nanoparticles excited by a...
With the rapid development of nanoscience and nanotechnology, surface plasmonics based on metal nan...
ABSTRACT: The efficiency of plasmonic nanostructures as optical antennas to concentrate optical fiel...
We theoretically analyze optical forces on aggregates of metal nanoparticles in a focused Gaussian b...
Nano-antennas in functional plasmonic applications require high near-field optical power transmissio...
The interaction of photons with metallic nanoparticles is important to a number of emerging nanotech...
The interaction of a radially focused beam with a prolate spheroidal nanoparticle is particularly im...
The interaction of a radially focused beam with a prolate spheroidal nanoparticle is par...
Plasmonic nanoparticles, typically gold and silver colloids, can be trapped by a highly focused Gaus...
The interaction of a highly focused beam of light with spherical nanoparticles is investigated for l...
bS Supporting Information ABSTRACT: Plasmonic focusing was investigated in symmetry broken nanocorra...
We investigate the interaction of focused Gaussian and radially-polarized beams with a silver nanosp...
In this article, we discuss the basic principles of optical manipulation of nanoparticles to micron ...
There has been an escalation in interest in developing methods to control the near field because of ...
Three-dimensional focusing of evanescent waves by specially configured surface arrays of nanoparticl...
The near- and far-field properties of a number of active coated spherical nanoparticles excited by a...
With the rapid development of nanoscience and nanotechnology, surface plasmonics based on metal nan...
ABSTRACT: The efficiency of plasmonic nanostructures as optical antennas to concentrate optical fiel...
We theoretically analyze optical forces on aggregates of metal nanoparticles in a focused Gaussian b...
Nano-antennas in functional plasmonic applications require high near-field optical power transmissio...