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on estimated movements using eDCCs. The research will focus on data simulated using the Monte Carlo method and real data from clinical SPECT scanners with a parallel collimator, such as those available at LUMEN
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ingredients for Earth-like magnetic fields on millennial time scales in dynamo models. The research activities are two-fold. First, the candidate will run numerical dynamo simulations with various combinations
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to propose an electronic wave packet that significantly increases the quantum yield of the photo-conversion reaction. - simulation of the quantum dynamics of the photochemical reaction induced
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spectroscopy (XPS), Ellipsometry and Raman spectroscopy • Experience in clean room microfabrication • Experience in electrical measurements of materials and memristive devices • Numerical simulation skills (e.g
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to guideline analysis, the construction of simulated trials, and the feasibility assessment in French databases (SNDS, CONSTANCES, EDS-APHP). Activities : Contribute to the design of simulated trials (target
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primarily focus on one or more of these parts. The successful candidate will develop numerical tools and/or theoretical models to model and simulate the behavior of a group of agents capable of chemical
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the behavior at the wall scale. Once validated, the pushover test simulations can be used to assess the lateral resistance of walls under various configurations. The work will also involve disseminating
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‑chemical calculations on organic small molecules and π‑conjugated systems. • Conduct periodic DFT simulations to explore electronic band structures and transport. • Analyse charge transport, thermoelectric
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- Ability and interest in conducting experiments in a controlled environment (tank experiments) - Knowledge of Matlab or Python required - Knowledge of numerical simulation software such as Comsol
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Selection process Applications must include a CV, covering letter, copy of diploma and valid proof of disabled worker status. Applications must be submitted online via the Inria website. Processing