Metallic Nanopillars: Selective Plasmonic Platforms Based on Nanopillars to Enhance Vibrational Sum‐Frequency Generation Spectroscopy (Advanced Optical Materials 3/2013)

Molecules adsorbed on metallic nanopillars give an enhanced vibrational sum‐frequency generation (SFG) signal when a localized surface plasmon resonance is excited. The metallic nanopillars, created on page 244 by D. Lis et al., possess two plasmon modes that can be selectively excited by either inc...

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Published in:Advanced optical materials 2013-03, Vol.1 (3), p.274-274
Main Authors: Lis, Dan, Caudano, Yves, Henry, Marie, Demoustier‐Champagne, Sophie, Ferain, Etienne, Cecchet, Francesca
Format: Article
Language:English
Subjects:
metallic nanopillars
second‐order nonlinear optics
surface plasmon resonances
vibrational sum‐frequency generation spectroscopy
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container_title Advanced optical materials
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creator Lis, Dan
Caudano, Yves
Henry, Marie
Demoustier‐Champagne, Sophie
Ferain, Etienne
Cecchet, Francesca
description Molecules adsorbed on metallic nanopillars give an enhanced vibrational sum‐frequency generation (SFG) signal when a localized surface plasmon resonance is excited. The metallic nanopillars, created on page 244 by D. Lis et al., possess two plasmon modes that can be selectively excited by either incident visible or generated SFG polarized laser beams. Depending on which mode is excited, the molecules adsorb either onto the vertical nanopillar wall, on top of it, or on the flat substrate.
doi_str_mv 10.1002/adom.201370019
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subjects metallic nanopillars
second‐order nonlinear optics
surface plasmon resonances
vibrational sum‐frequency generation spectroscopy
title Metallic Nanopillars: Selective Plasmonic Platforms Based on Nanopillars to Enhance Vibrational Sum‐Frequency Generation Spectroscopy (Advanced Optical Materials 3/2013)
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