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models indicate that the thermal structure of the European lithosphere remained stable during the Mesozoic, potentially due to small-scale convection at its base. To evaluate this hypothesis, the study
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attention in the context of 2D heterointerfaces . We propose in this project to study the combination of the well-konwn monolayer WS2 with bulk exfoliated InTe therefore as model for hybrid 2D/quasi-1D system
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, modelling and advanced signal analysis to link neural dynamics, cognition and clinical symptoms, working closely with the neurology and psychiatry departments at Grenoble Alpes University Hospital (CHUGA
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the Escherichia coli model bacterium. More specifically, he/she will study the role of small proteins and small RNAs in controlling the activity of two-component systems, focusing on one of these systems involved
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models are deeply rooted in real-world biological data. The collaborative approach allows for the development of predictive models that bridge the gap between theory and experiment, with a focus on high
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regionalization and lamination of the human cortex and their deregulation in disease using different in vitro models derived from human pluripotent stem cells. The successful candidate will be in charge of
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to light, which opens new avenues for probing and controlling the properties of matter. Recent experimental advances have demonstrated the ability to couple mesoscopic systems—such as quantum dots and
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micro and nano-technologies (characterization, simulation, modeling), as well as in the design and characterization of circuits, microsystems and systems. Located at the convergence of many sciences and
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for the study of intraneuronal transport in vivo in animal models such as zebrafish, in collaboration with INRAE. This will be possible thanks to infrared illumination, which provides access to a window of
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vivo on a mouse model to map brain temperature during periods of thermal stress Evaluate in vivo the effect of therapeutic drugs acting on the mitochondrial thermostat that can reduce brain temperature