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stimulation channels. One of the main challenges in developing oCIs is identifying a channelrhodopsin capable of stimulating cochlear neurons at a high frequency. Recent work from our group shows that partial
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end after one year (renewable based on performance), with the following expected results: Fully developed and operational hydrological models. Effective application of the WA+ tool. At least one
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three main objectives: 1. Provide an overview of the best ways to use MR in schools based on the literature and on what the pioneering teachers in the project have done. 2. Produce an open-source creation
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to preserve the internal charge and handle the output signal of the RE (buffering function, polarity and gain adjustment). More precisely, a new embedded analog system will be developed, tested and evaluated
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Post-doctoral Position in AI Causal models for Synchrotron Anomaly Detection H/F This post-doctoral position is part of a collaboration between LIAD (Laboratory of Artificial Intelligence and Data
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interest in experimental work (developing new instruments and characterization measurements). The project is also highly multidisciplinary, involving chemistry, microfabrication physics, and instrumentation
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/Offres/CDD/UMR5256-STELOR-005/Default.aspx Work Location(s) Number of offers available1Company/InstituteInstitut de Recherches sur la Catalyse et l'Environnement de
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available to work on computational models of artificial evolution for aptamer design, expected to start between November 2025 and February 2026. Aptamers are often obtained through rounds of in vitro
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of the resulting metamaterials (elastic moduli, yield strength, toughness). 2. Use these tools to develop new brick-and-mortar architectures inspired by osteoderms, combining lightness, hardness, and toughness
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Title of the project: Genetics of brain diversity in autism The laboratory: Human Genetics and Cognitive Functions Unit (Dir. Thomas Bourgeron) Duration of the contract: 2 years The aim