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Infrared absorption continua: Laboratory studies, calculations and applications to the modeling of the atmospheres of telluric planets – COMPLEAT
Measuring and modeling the IR absorption spectra of H2O, CH4 and H2 mixed with CO2 is of great importance for planetary sciences. These spectra include a contribution due to the local absorption by the rovibrational lines of each species and a broadband contribution (continua) which are poorly characterized but crucial to understand the radiative budget, the composition of planetary atmospheres and to accurately model the formation, evolution, and present atmospheric state of telluric planets.
Efficiency and reliability enhancement of a multi-source DC microgrid dedicated to residential applications by integrating bi-Level managements – EREMITE
Efficiency and Reliability Enhancement of a Multi-Source DC Microgrid Dedicated to Residential Applications by Integrating Bi-Level Managements
Fungal communities associated with marine plastic waste and their bioremediation potential – MycoPLAST
Plastics debris pervades in our oceans and freshwater systems at an increasing accumulation rate. While identifying the major sources of plastics are critical, greater investigations on the plastic microbiome to characterize the whole microbial communities appear also essential. The major aim of MycoPLAST is thus to highlight specific microbial communities, and more precisely fungal communities, able to degrade plastics.
All-Solid-state litHium sulfUr Battery with a poLymer Electrolyte – SHUTTLE
High energy density, low cost, and safe battery devices are a need to promote the energy transition. To answer this challenge, all-solid-state Li-sulfur batteries are a promising solution. However, achieving an efficient combination between a sulfur cathode and a Li anode remains a challenge. The proposed solution is to design an adapted polymer electrolyte acting as battery separator and cathode binder stable with Li metal and blocking the polysulfide redow shuttle.
The memory of riverine sediments used to predict the environmental impact of new technologies – TRAJECTOIRE
The memory of riverine sediments used to predict the environmental impact of new technologies
Energy transformation mediated by electromagnetically-driven instabilities - from astrophysics to industrial applications – MagnetDrive
how various instabilities and hydrodynamic waves (Tayler instability, Kelvin waves, boundary layers, MRI, dynamo, etc.) control energy conversion and turbulent transport in a variety of systems, from astrophysical objects to industrial technologies and processes.
Rational design of chemosensory compounds targeting smell, taste and emotion – chemosim
Rational design of chemosensory compounds targeting smells, tastes and emotions
Multiple trajectories towards excited states – multicross
Multiple trajectories towards excited states
EFFlux pump inhibitors to Overcome antibiotic ResisTance – EFFORT
The EFFORT consortium aims to characterise and develop a novel family of efflux pump inhibitors able to boost the activity of a plethora of antibiotics that are substrates for Gram negative RND pumps. This research program aims to pinpoint the mechanism of action of these novel inhibitors and chemically develop the inhibitors into potent drug like molecules to allow in vivo proof of concept.
Dynamic Versatile Semantics – DYVERSE
The objective of DyVerSe is to provide better tools for a dynamic description of programs. This representation must handle rich combinations of computational effects: higher-order, shared memory concurrency, probabilistic choice, etc. It must also allow us to link earlier semantic development for specific effects, which have until now remained separate.
