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Univ. Paris-Saclay
NANOPHOTONICS FLAGSHIP
Nano-object optical manipulation
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NanoSaclay LabEx - Fragship Nanophotonics : nano-objects for energy control 


2012 - 2014

 

Partners :

  • Laboratoire de nanophotonique, CEA / saclay (Fabrice Charra, coordinator)
  • Equipe Nanosciences Moléculairss, ISMO U. Paris-Sud (Gérald Dujardin, board member)
  • Laboratoire Photonique et Nanostructures, CNRS Marcoussis (Robert Kuszelewicz, board member)
  • Laboratoire de photophysique et photochimie supramoléculaires et macromoléculaires, ENS Cachan (Keitaro Nakatani, board member, Anne Débarre)
  • Laboratoire PMC, Cnrs - Ecole Polytechnique (Jacques Peretti)
  • Laboratoire de Chimie Inorganique, ICMMO U. Paris Sud (Anne Bleuzen)
  • groupe Nanophotonique et Electromagnétisme, Laboratoire Charles Fabry, IOGS (Jean-Jacques Greffet)
  • Groupe Edifices Nanométriques, CEA / Saclay (Cécile Reynaud)
  • Laboratoire de Chimie des Surfaces et Interfaces, CEA / Saclay (Serge Palacin)
 

The goal of our project is the noninvasive optical manipulation of nano-objects with ultimate sizes, down to the single molecule. To this aim, we propose to combine high optical confinement techniques with molecular-level mastering of the conversion of light energy into mechanical work, following an integrated multi-disciplinary approach involving optical physicists and surface organic chemists.


Two strategies will be employed:


Field-gradient enhancement. They will be obtained through optimization of specifically-designedplasmonic nano-structures. The opportunities offered by their combination with nonlinearly-responsive molecular architectures will also be explored.


Molecular motors. The surface of the nano-object will be functionalized with photo-isomerizing azo molecular moieties. Simultaneously, we will evaluate the potential of light-controlled forces on spin-transition molecular magnets. It will be followed by the analysis of the mechanical interactions with functionalized and/or nano-structured surfaces, as well as with bulk soft-matter environments.

 

 
NANOPHOTONICS FLAGSHIP

Principle of substrate-controlled photoinduced nanoparticle motions.

#2238 - Màj : 27/11/2013

 

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