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human inspired autonomous navigation in crowds – Hianic
The HIANIC cybercar will analyze its environment by detecting people, evaluating crowd flows, recognizing typical scenarios. It will infer the reaction of the passengers in order to navigate in a way that makes them feel comfortable. Several navigation strategies will collaborate to adapt the moveme
Sustainability and Spatiality in Co-Workers' Mobility Practices – COWORKWORLDS
Coworking spaces appeared in San Francisco in 2005 and since then have spread throughout the world. These new intermediate workplaces between the traditional office and the home are a new way of organizing work based on the sharing of workspace and a network of workers stimulating collaboration. In
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. Measurement of financial risks is
Indirect excitons for emerging quantum states – IXTASE
This research proposal aims at exploring (i) novel semiconductor nanostructures hosting indirect excitons (IXs) and (ii) emerging collective states that they form. This research topic belongs to a very active field of material physics spreading over atomic and solid-state physics. Collective states
Traceable Identification of Geometric Accuracy on Rotary Axes – Development of Novel Contactless Material Standard – INTEGRATION
Industrial manufacturing depends on machine tools capable of producing complex-shaped components with high accuracy. However, geometric inaccuracy—especially in rotary axes—can significantly degrade the quality of machined parts. The INTEGRATION project aims to enhance this accuracy by developing a
Atmospheric Calibration for Rubin-LSST – CARL
The Rubin-LSST (Large Survey of Space and Time) project is a deep survey of the sky with an 8.40 diameter telescope equipped with a 3.2 billion pixel camera. Starting in 2024, it will map the southern sky for 10 years, with 800 photometric measurements per object, obtained through 6 wide visible ban
Laser Plasma Electron Acceleration with kHz Lasers – HighRep
The general objective of the project is to push the development of a laser-plasma accelerator operating at kHz repetition rate. We wish to bring high-repetition rate laser-plasma accelerators to a higher level of maturity by enhancing significantly their beam quality and more specifically their stab
Nuclear export of Influenza RNA segments – NEPTUNE
Influenza A virus (IAV) is a highly infectious respiratory pathogen that continues to be a significant threat to global public health. Wild aquatic birds being the natural hosts for most IAV, they also infect multitudinous animal species in addition to humans. Due to his wildlife circulation and thr
A low-frequency radio imager for NenuFAR – NRI
The NenuFAR project has been developed in Nançay since 2014 to cover for the first time at high sensitivity the very little explored 10-85 MHz range. This radio telescope was initially designed as a beamformer, recording time-frequency-polarisation data cubes in sensitive beams pointed at the target
Relaxation processes induced by VUV photoexcitation in astrophysical media – PRIMA
The physicochemical evolution of many astrophysical media is influenced by the interaction of dilute phase matter with local radiation in the vacuum ultraviolet (VUV) region. Excitation of these species in this spectral domain is at the origin of complex relaxation processes such as ionization, frag
