De: membres-triangledelaphysique-request@list.campus-paris-saclay.fr de la part de DACOSTA Anna Envoyé: vendredi 29 mars 2013 10:55 À: 'membres-triangledelaphysique@list.campus-paris-saclay.fr' Objet: [Triangle de la Physique] Offres Post-docs Plateau de Saclay et Grenoble Pièces jointes: offre_postDoc_FAST-SPCSI_English.pdf; offre_postDoc_FAST- SPCSI_French.pdf Chers membres du Triangle de la Physique, Veuillez trouver ci-dessous 2 offres post-docs à diffuser largement auprès de vos doctorants, post-doctorants, ingénieurs, ou autres personnes pouvant être intéressé(e)s. ---- Influence of the velocity of drying on nano-structured films fabricated by evaporting a colloidal suspension liquid FAST Laboratory (www.fast.u-psud.fr), UPMC Univ. Paris 6/Univ. PSud 11/CNRS, Orsay, France SPCSI Laboratory (http://iramis.cea.fr/spcsi), CEA Saclay, France Drying a thin layer of a colloidal suspension liquid (particles diameter ~10 nm) leads to the formation of a thin porous solid film. In many situations, its surface exhibits a wrinkling and/or fracture pattern, the morphology of which depends on the evaporation rate. These macroscopic-scale patterns are signatures of the material’s dependency (in terms of structure and/or effective bond between colloids) on very small length scales (that of the particle). The objective here is to probe, and subsequently to better understand, how the evaporation rate affects the material’s evolution at scales down to the nanometer. Underlying questions to be addressed are: Does the evaporation rate affect the film properties (i) only at the very end of the drying process or (ii) all along the processes ? An important point to unravel is whether a decrease in the evaporation rate introduces a simple delay in the formation of the porous solid or more deeply modifies the material’s structure, e.g. its volume fraction, the packing structure, or the nature of the cohesive bonds between colloids. ///APPLICATION PROCEDURE Suitable, highly-motivated candidates should send electronic applications to nanodried@fast.u-psud.fr (as a single yourname.PDF), the subject of the email being « Nanodried ». The application file should include a cover letter describing interests and qualifications for the position, a complete curriculum vitae including list of publications and names&(e-mail) addresses of two referees. For more information see attached documents ---- Postdoctoral positions within the ILL theory group (Grenoble) The theory group of Institut Laue Langevin (ILL) develops a theory and modeling research activity within one of the leading centers for neutron scattering experiments. The theory group will regularly have openings for postdoctoral (1 to 3 years) and short term visitor positions, in all fields of condensed matter that relate to the research carried out within the institute, in relation to neutron scattering experiments. Applicants should have a strong background in theoretical condensed matter physics, and preferably a previous postdoctoral experience. ///APPLICATION PROCEDURE Interested candidates should send a CV with references and a short statement of their research interests to one of the three permanent affiliates of the group, according to their field of interest: * Electronic structure, Magnetism: Marie-Bernadette Lepetit, Marie-Bernadette.Lepetit@grenoble.cnrs.fr * Soft matter, Materials science: Jean-Louis Barrat, jean-louis.barrat@ujf-grenoble.fr * Strongly correlated systems, Mesoscopic physics : Tim Ziman, Ziman@ill.fr _____________________________________ Triangle de la Physique Fondation Campus Paris-Saclay Communication http://www.triangledelaphysique.fr ______________________________________ --------------------- Ce message vous a été adressé car vous êtes abonné à la liste de diffusion membres-triangledelaphysique@list.campus-paris- saclay.fr. Si vous souhaitez vous désabonner de cette liste de diffusion : Cliquez ici pour se désabonner