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Arronax cyclotron (Nantes). • Determine the primary radiolytic yields of the reactive species produced by water radiolysis, and their evolution as a function of linear energy transfer and fragmentation
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. • Develop, define, and deploy an action plan for the technological evolution of the platform. • Analyze, objectify, and synthesize use cases for the platform. • Additional or Transversal Activities
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. This evolution creates new opportunities and potential new uses that can both generate value and improve efficiency. However, it also increases the risks of data degradation and/or unauthorized data
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dynamics, electron–nuclear dynamics, or non-adiabatic molecular dynamics. This includes Trotterizing the time-evolution operator, developing variational algorithms such as the Time-Dependent Variational
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decade, the major experiments planned in these fields have the potential to revolutionize our understanding of the formation and evolution of the Universe, with significant contributions from the ILANCE
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Quaternary paleoenvironments, the historical evolution of hydrological systems, biodiversity analysis, the effects of global climate change on mountain environments, the assessment of natural hazard
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deliverables: 1. Report on social-ecological system dynamics identified through interviews and archive analysis; 2. Report on the evolution of water governance strategies and associated public
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consist of assessing the long-term impact of this series-distributed flow physics on the evolution of Greenland's outlet glaciers. The researcher will use the validated model to quantify the
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equation describing the evolution of its state (x) as a function of control inputs (u), external disturbances (p), and interaction terms (d). Depending on the application, these interaction terms d
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. The PhD project aims to improve understanding and quantification of the role of channel geomorphology in the formation, evolution and persistence of residual surface-water bodies, particularly pools