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Two-year postdoc position (M/F) in signal processing and Monte Carlo methods applied to epidemiology
model, both variational estimators and Monte Carlo samplers have been designed and implemented during the pandemic to estimate the reproduction number of the Covid19. The major bottleneck
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Low Temperature group at Institut Néel is involved in one of the projects consisting in developing a continuous nuclear demagnetization refrigerator operating in the 1 mK range. In the same program, a development
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with low-depth sequenced whole genome data. These data could help refine the study of inbreeding, estimate past effective population sizes, and potentially test an evolutionary response to the current
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spectrographs with various spectral resolutions, operating from 0.5 to 28 µm. Our group has developed the Bayesian modeling tool FORMOSA (Petrus et al. 2023). It allows the inference of low-resolution (R = λ/Δλ
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Acoustic Sensing'), we are looking to recruit a post-doctoral student to work on very low frequency signals recorded by Distributed Acoustic Sensing (DAS). This project aims to explore the capabilities
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electromagnetic cascade to be obtained. The initial results obtained with a small prototype subjected to cosmic rays and particle test beams at CERN are promising. They show that a stochastic sampling term of order
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data in order to predict the effects of ionizing radiation on living matter and to contribute to the development of innovative radiotherapies. These developments are carried out within a multi-scale
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heterogeneous media (Bodart et al., 2016) in order to account for fractures or reservoir-type sources located in a fully three-dimensional medium. Both methods are currently capable of calculating stresses and
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treatment and analysis. The samples can range from model systems like 2D materials or thin lamella of semiconducting samples, going closer to devices like phase-change random access memory (PCRAM
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bandgap" components. Some of these devices are also required to operate under new and severe conditions, such as low pressure, high temperature, or very high voltage. In this context, the MDCE group work