Offres de Post Doc disponibles
Hysteresis and ferromagnetic particles
Job description: Hysteresis of ferromagnetic materials gives essential information on sample geometry, particularly on defects. The behavior of the magnetization in ferromagnetic materials can be modeled by the micromagnetism model developed by W. F. Brown. The aim of this work is to analyze the influence of defects on the hysteresis loops. In order to perform this study, the candidate will use a simulation software (EMicroM) to develop a strategy of experimentations. ...
[en savoir plus]Neural engineering
Job Description: This postdoctoral position is part of the project ICOBI (Brain-Computer Interface. Self-learning adaptive embedded solution) funded by the Foundation “Nanosciences at the limits of Nanoelectronics”. The successful applicant will perform research in the fields of : signal processing, adaptive modeling, machine learning and fast calculations for real time applications. The particular goal of the project is the development...
[en savoir plus]Etude de protéines transmembranaires pour membranes biologiques artificielles
Description: Dans le cadre du projet NANOBIODROP, la Fondation Nanosciences est à la recherche d'un(e) Post-Doc. L'Institut de Biologie Structurale de Grenoble et le Laboratoire des Ecoulements Géophysiques et Industriels collaborent au sein de ce projet. Il concerne la formation de membranes biologiques artificielles dédiées à l'étude de l'insertion de protéines transmembranaires de transport - et la mesure de leur activité. La technique, basée sur la manipulation...
[en savoir plus]Simulation Of Nanostructure Growth And Self-Organization
Job description: A postdoctoral position is available as part of the MUSCADE project funded by the Nanosciences Foundation (http://www.fondation-nanosciences.fr). The goal of this three years project is to simulate the growth and the self-organization of nanostructures such as Ge quantum dots on silicon, silicon nanowires or graphene sheets. The first part of the postdoctoral project is to develop new and efficient computational tools by coupling accelerated...
[en savoir plus]In situ nanostructure growth experimental end station SUV on beamline BM32 ESRF/ CEA Grenoble.
Job description: BM32/SUV is a beamline dedicated to in situ growth of semiconductor and metal nanostructures. It uses hard x-rays in the energy regime from 7 to 30 keV, to follow fundamental aspects of epitaxial growth employing grazing incidence small angle xray scattering (GISAXS) and grazing incidence diffraction (GID). Its highly versatile growth chamber can be equipped with several solid source evaporators for metals and semiconductors. In the framework of the current...
[en savoir plus]Scanning gate nanoelectronics
Job description: Scanning gate microscopy (SGM) is developing rapidly to provide new insight in mesoscopic and nano-device physics. The opened two-year post-doctoral position targets the study of quantum effects at the nano-scale using a very-low temperature SGM in magnetic fields. The research will be performed in the department of Nanosciences at the Néel Institute (CNRS-Grenoble-France) and will be funded by the "Nanosciences" Foundation. Qualifications: recent...
[en savoir plus]Development of a Technology for the Fabrication of Devices on Epitaxial Graphene
Job description: Graphene, an atomically flat layer of carbon atoms arranged on a honeycomb lattice, has recently attracted a lot of attention. Indeed, this material features a specific band structure which is at the origin of many exciting transport properties, such as quantum effects that can persist at room temperature. Therefore, it is the subject of intense and competitive research. Up to now, most of the experiments on graphene layers have been performed on small flakes...
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