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(GRANDProto300). The goal of this PhD project is to develop and test in situ novel particle parameter reconstruction tools, and to prepare for the messenger data analysis of the future stages of GRAND. Three lines
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, modifying its emission energy. The use of a PCM guarantees the reversibility of the process. In this thesis, the recruited PhD student will work on: • The growth of InAs/InP quantum dot – nanowires by
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). The supervisors will be Dr. Fabien COURREGES (Associated Professor), Dr. Romain NEGRIER (Associated Professor), and Pr. Raymond QUERE (Emeritus Professor). The PhD student will join a group of young researchers
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Research Framework Programme? Not funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The PhD student will be enrolled in the PhD program of
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of micrometric magneto-plasmonic inorganic nanoparticles - Physico-chemical and physical characterization Candidates should hold a PhD in chemistry with expertise in the elaboration, surface modification and
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Description The PhD student will interact mainly with his/her supervisors who are specialists in the development and applications of NMR methods for mixture analysis. The thesis work will be carried out in
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free pair, favors strong phonon scattering and thus the achievement of very low lattice thermal conductivities. The aim of the PhD project will be to study different families of compounds with structural
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of these environments have been studied independently to evaluate their habitability but their (bio)geochemical processes remain poorly understood and studied on a larger scale. The goal of this PhD is to characterize
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of ex vivo neurobiological tissues sampled at the nanoscale. Various efforts are still needed to transfer this know-how to in vivo imaging of small animals. The aim of this PhD project will be to develop
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: Energy, Device and Sensors, High Frequency and Nano-Photonics. Currently about 60 people are affiliated with CINTRA, including 30 PhD students and research fellows. The recruited person will work within