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Geometric Control Methods, Sub-Riemannian Geometry and Applications – GCM
Several fundamental problems stemming from robotics, vision and quantum physics can efficiently be modeled in the framework of Geometric Control. The study and analysis of these problems can then be ranked as research questions of Sub-Riemannian geometry (SRG for short). The purpose of this project
Shocks and avalanches: From glasses to turbulence – SAGT
The aim of the project is to develop promising emerging connections between disordered systems, non-equilibrium phase transitions and statistical turbulence. A common denominator in these traditionally separated domains is the crucial role played by singularities, such as shocks and avalanches, in t
Adaptation du phytoplancton – PhytAdapt
Plankton is composed of organisms drifting in the water column that represent an amazing 98% of ocean biomass. Phytoplankton is the autotrophic component of the plankton community and is responsible for much of the oxygen present in the Earth's atmosphere and half of the total amount produced on the
PIXSIC, une sonde radiosensible destinée à la mesure in vivo de radiopharmaceutiques chez l’animal éveillé et libre de ses mouvements – PIXSIC
The emergence of new animal models that mimic human disorders (neurodegeneratives diseases, tumour growth, neuropsychiatric disorders) enables new fundamental and therapeutical approaches of these diseases. The increasing number of studies on animal models implies the development of new imaging tool
Méthodes hamiltoniennes et markoviennes en mécanique quantique hors équilibre – HAM-MARK
We wish to develop mathematical tools in order to understand the thermodynamical properties of quantum systems out of equilibrium. Indeed, despite the fact that the mathematical structure of equilibrium thermodynamics is well-understood, the situation is far from satisfactory out of the equilibrium
Visualisation of chromatin dynamics during early mammalian embryogenesis – VisualChromatin
Genomic reprogramming reverts fully differentiated cells to toti- or pluripotent state to start a new developmental program. In the early mouse embryo, fully differentiated gametes are reprogrammed after fertilization to totipotent- and subsequently to the pluripotent state. Epigenetic reprogramming
Disrupting Immersive Sound With Distributed FPGAs – DIStrib
Interest around spatial audio has been booming in recent years. An increasingly high number of movie theaters, concert halls, Virtual Reality (VR) platforms in museums, attractions in amusement parks, etc. are equipped with advanced spatial audio systems involving a large number of speakers. The aut
Data-drivEn reduCed-Rank modEls to deSCribe flamE dyNamics anD their sOund – DECRESCENDO
In the context of the global transition to sustainable and carbon-neutral energy production paradigms, hydrogen combustion has emerged as a prominent candidate, particularly in the field of transport systems. However, the aeroacoustic ramifications of hydrogen flames, a critical aspect for the devel
HUMAN EVOLUTION : FROM THE EARLIEST ANTHROPOIDS TO THE FIRST HOMINIDS – EVAH
The multidisciplinary project, concerns the origin and the evolution of the anthropoids, the hominids and their environments. The core of the project relies on the major results achieved by our team following extensive fieldwork in Africa and Southeast Asia: (1) discovery of the oldest known hominid
