Search for a funded project
human inspired autonomous navigation in crowds – Hianic
The Hianic project aims to give autonomous vehicule the ability to spaces shared with pedestrians. In these shared spaces, there is no traffic lights or stops to give the priority to pedestrians or cars, and these spaces can be densely populated. The Hianic project proposes to combine works in crowd simulation, proactive navigation, psychological study on the acceptability, experiments with real autonomous vehicles to move forward on this challenging topic.
Sustainability and Spatiality in Co-Workers' Mobility Practices – COWORKWORLDS
The aim of COWORKWORLDS is to question the supposedly beneficial, though unproven, effects of coworking in terms of sustainable mobility. In this project, we adopt a broad definition of mobility and sustainability. Mobility is envisaged as spatial mobility (daily mobility, long journeys, residential mobility…), but also as social mobility (professional mobility…). The three dimensions of sustainability are taken into account : environnemental, but also economic and social.
Econometric Approaches for Risk Modelling – Econom&Risks
The objective of Econom & Risk project was to contribute to a better financial risk analysis, not only in normal market conditions, but also in times of financial crisis. This research project focused on two dimensions of risk: (i) market risk and (ii) liquidity risk
Indirect excitons for emerging quantum states – IXTASE
This research proposal explores nanostructures based on GaN and Transition Metal Dichalcogenides (TMD) that host indirect excitons (IXs) and emerging collective states that they may form. IX with tunable dipole moments, adjustable light-matter coupling and transport properties are designed, fabricated, and studied in order to uncover collective phases by controlling novel IXs species.
Traceable Identification of Geometric Accuracy on Rotary Axes – Development of Novel Contactless Material Standard – INTEGRATION
Improving the quality of industrial parts through accurate characterisation of geometric errors of rotary axes in 5-axis machine tools
Atmospheric Calibration for Rubin-LSST – CARL
an auxiliary telescope in operation since early 2021. The process of atmospheric compensation that we
Laser Plasma Electron Acceleration with kHz Lasers – HighRep
Laser-plasma acceleration is an emerging and promising technique to produce electron beams in a compact way. In most cases, 100 TeraWatt or even PetaWatt laser systems, operating at Herz or lower, are used to accelerate electrons to GeV energies. However, many applications would benefit from higher rates, at kHz or even higher. This project proposes to develop laser-plasma acceleration at kHz.
Nuclear export of Influenza RNA segments – NEPTUNE
reconstructions, she has been recruited by the CNRS in 2021 in the “Institut de Biologie Structurale” (UMR5075
A low-frequency radio imager for NenuFAR – NRI
Development of the autonomous imager mode of the NenuFAR low-frequency radio telescope.
Relaxation processes induced by VUV photoexcitation in astrophysical media – PRIMA
The relaxation of molecular species following photoexcitation in the vacuum ultraviolet is very complex and constitutes a key step in the photochemical networks of astrophysical environments. Experimental data recorded in the laboratory concerning this relaxation are essential to understand the evolution of these environments.
