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carried out by the ANR project partners. The objective of the second stage is to link the precipitation state and its evolution to local mechanical properties. Particular attention will be given to
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for participation in ISAC stratospheric balloon campaigns. • Host laboratory: The position is based at LATMOS (Laboratoire Atmosphères, Observations Spatiales, https://latmos.ipsl.fr/fr/ ), a joint
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the tectonic evolution of the Lesser Antilles Subduction zone. A particular emphasis will be put on the investigation of physical heterogeneities that may reflect deep fluid accumulation; Fluid
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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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. • 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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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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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