“Using the CRY to calm fire”: Establishing the role of circadian clock in NLRP3 regulation and functions. – ICARUS
Circadian clocks sustain rhythmic patterns in behavior and physiology and increase the flexibility of the organisms to adapt to cyclic changes in the environment. Disrupted circadian rhythmicity, a we
“Reinvented Normalities” and chronic condition Philosophical and epidemiological approaches to patients’ perspectives – EpiPhiNoRe
Focusing on chronic disease and multimorbidity, the Epiphinore project aims at generating new knowledge about the content(s) to be given to the aspiration to a "life as it was before", a "normal" or "
The goal of the MULTIPROBE project is to develop a new methodology for the in situ and operando characterization of catalysts based on a unique combination of transmission electron microscopy and X-ra
Dexterous manipulation of objects is a core task in robotics. Because of the design complexity needed for robot controllers even for simple manipulation task, robots currently in use are mostly limite
2D materials and in particular atomic layers of transition metal dichalcogenides (TMDCs) can be combined with each other to form van der Waals heterostructures allowing unprecedented flexibility for o
The TRIBAL project, for "Transparent Composite for Ballistic Impact Protection", aims to lay the basis of a concept for transparent composites - which until now did not exist - intended to be integrat
This research project will pave the way to next generation computing architectures relying on hardware accelerators based on silicon photonics (SiPh), phase change materials (PCM) and stochastic compu
role of INterstitial Solutes and diffusive Processes In the plasticity of Refractory high entropy Alloys – INSPIRA
Refractory High entropy alloys (RHEA) retain excellent mechanical properties at high temperatures, and the role of interstitial solutes can partly explain these properties. However, the complexity of these alloys makes it difficult to understand the underlying physical processes and to optimize the mechanical properties. In this project, we are developping a multi-scale framework to model solid solution strengthening (emerging from substitutional and interstitial solutes) in these alloys.
“pin (113) diamond diodes” (LAPIN113) is a project based on recent discoveries made by French laboratories experienced in the diamond field: LSPM (Villetaneuse) and GEMaC (Versailles). The alternative
Forecast is a major task of statistics in many domains of application. It often takes the form of a probabilistic forecast where the so-called predictive istribution represents the uncertainty of the