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international conferences, and participating in the project's science outreach activities. The postdoctoral fellow will be responsible for developing study protocols using advanced imaging techniques
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infer excitation conditions and quantify the impact of fast, tenuous shocks on ionized line emission. In parallel, high-resolution 3D MHD simulations of fast shocks interacting with dense interstellar
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Cyclotron) and employing around 100 people. The laboratory develops expertise and original tools at the national and international level to study, in particular, the physicochemical properties of
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propose to study in detail their reactivity with dinitrogen, which can be reduced and then functionalized to form ammonia or amines. The project will involve synthesizing actinide complexes with
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and LOFAR-EoR projects to develop new methods for separating the redshifted 21-cm signal, in preparation for future SKA analyses. They will work on a central challenge in the study of the Cosmic Dawn
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component, notably through the production and dissemination of a film presenting the project. Supervision Prof. Radouane EL YAGOUBI – Neuroscience, CLLE Laboratory Dr Amel AISSAOUI – Signal Processing
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the research engineers of the group. The project is conducted under ANR funding, in collaboration with the DeSIs group at IPHC, which has an expertise in simulation and with which the candidate will
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changes of the tissue due to the therapy as an efficacy criterion of conventional therapy or for evaluating new therapies that affect tumors microstructure differently. In a previous study [5], we
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shock wave propagating through the core of the structure also results from this expansion. Repetition of this step enables a large surface area to be treated. In most cases, the study of CR requires
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and a dynamic research environment. You will be under the direct supervision of Dr. Paul Conduit, who is a group leader at the IJM. Study of microtubule nucleation during early neuronal development