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implementing experimental protocols; • Recruiting and testing healthy adult volunteers; • Conducting behavioral experiments in a laboratory environment; • Operating a functional near-infrared spectroscopy (fNIRS
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on which the model is based. The benefits of the proposed methodology will be evaluated through both idealized test cases and realistic simulations, with results compared against available observations
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study these media in electromagnetics and acoustics, based on asymptotic models. We will examine the stability of spectral properties with respect to symmetries as well as the behavior of these media in
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of the current situation and risks, we also plan to examine the following two points in detail: A comparative analysis with Réunion Island, which has experienced similar crises in recent years. We are particularly
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molecules; • Carrying out adsorption (capture) tests under controlled and representative laboratory conditions; • Characterising the materials before and after functionalisation, as well as after the capture
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-Microscopy, in particular high-throughput approaches In vivo / ex vivo approaches: -Cognitive behavioral testing in mice (Y-maze, Barnes maze, EPM) -Analysis and interpretation of behavioral data
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In 2024, nearly 300,000 anti-doping tests were conducted under the global regulatory system established by the World Anti-Doping Agency (WADA) since 1999. WADA's mission is to harmonize rules and
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sources to test advanced inertial fusion concepts, particularly in direct-drive geometries. This thesis is part of this effort, exploring the use of broadband inco-herent sources to drive the implosion
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such as selecting and designing appropriate security definitions and detecting vulnerabilities. More broadly, the PESTO team focuses on developing formal methods to prove protocol security and has
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applications in relativistic geodesy and tests of fundamental physics. However, present-day interrogation schemes remain fundamentally constrained by (i) probe-induced AC Stark shifts and intensity fluctuations