PostDoc position 2012 (assigned)

Profile of the position.

The candidate for the Post-Doc position will have strong competences in experiments in the domain of nonlinear optics and more especially in the dynamics of optical morphogenesis. He will be aware of general problems of nonlinear physics such as spatiotemporal complexity, pattern formation and competition, localized states, etc. He will possess experience with the skills of nonlinear dynamics, and numerical simulation computation knowledge will be appreciated. The candidate will be autonomous with the management and evolution of the setup. He will be involved in the optical stabilization of the cavity as well as in the implementation for the motion control of the localized patterns via the use of transverse spatial propagation induced by convective instability. Human qualities of team integration will be highly appreciated.

 

Master proposals

Instabilité de Faraday optique et génération de bits optiques

Génération et contrôle de la localisation spatiale de la lumière par les nouveaux milieux à indice de réfraction négatif

 

PhD proposals

Generation and Control of Optical Localized and Rare Structures

Etude de la propagation des faisceaux lumineux paraboliques accélérés non-diffractants dans les milieux non-linéaires Kerr

 

Former PhD theses

 

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Vincent Odent (2008-2011)

"Localisation spatiale de la lumière dans des systèmes à cristaux liquides"

("Spatial light localization in liquid crystal systems")

 

Examiners:

·       Georges Wlodarczak, Université Lille1

·       Mustapha Tlidi, Université Libre de Bruxelles

·       Delphine Wolfersberger, Supelec Metz

·       Marcel Clerc, Université du Chili - Santiago

·       Pascal Kockaert, Université Libre de Bruxelles

·       Stefania Résidori, Institut Non Linéaire de Nice

·       Majid Taki, Université Lille1

 

 

agez

Gonzague Agez (2002-2005)

"Effets du bruit et d'un flot transverse sur les instabilités spatio-temporelles dans un système optique à cristaux liquides"

("Effects of noise and transverse flow on pattern formation in an optical system with liquid crystals")

 

Examiners:

·       Jorge R. Tredicce, Institut Non Linéaire de Nice

·       William J. Firth, University of Strathclyde, Glasgow

·       Pier Luigi Ramazza, Istituto Nazionale di Ottica Applicata, Firenze

·       Thorsten Ackemann, University of Strathclyde, Glasgow

·       Jean Pierre Huignard, Thalès Research and Technology, Orsay

·       Christophe Szwaj, Université Lille1

 

 

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