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Materials scarcity and recycling for the energy transition – SCARCYCLET
SCARCYCLET gathers 21 scientists in economics, geology and engineering of materials, to study the role of mineral resources in the energy transition (ET) and of their recycling This multidisciplinary
Materials with Elementary Tailored Architecture for Functional Optimized Response: from Experiments to Simulations – METAFORES
During the last decades, the principal strategy for improving multi-functional structural materials (MFSM) consisted in increasing complexity and reducing size of their microstructure. The METAFORES p
Materials with Targeted Responsive Behavior – MataReB
The idea is to develop and use a multi-scale computational and theoretical methodology for the description of stimuli-responsive framework materials with relatively low computational cost.
Maternal Exposure to Mixed Organics pollutants: placental epigenetic marks and Risk assessment for offspring’s health – MEMORI
The general population, including pregnant women, is exposed to endocrine disruptors, including phthalates and synthetic phenols (PSPs). These compounds are used in a large number of consumer products
Maternal control of phenotypic evolution – CAVEMOM
CAVEMOM is a 535.620€ basic research collaborative project involving 2 French partners and a Swiss partner over 4 years. Evolutionary developmental biology seeks to unravel the ontogenetic variati
Maternal obesity associated-microbiotas programs offspring food intake – MAMIPROOFFI
To develop effective strategies to prevent childhood obesity it is essential to better understand its causes. Worldwide, the prevalence of overweight and obesity among children has risen dramatically
Maternal transfer of immunity in insects: functional characterisation and evolution – MATER-IMMUNITY
Vertebrate females exposed to pathogens transfer specific antibodies to their offspring, providing them with a temporary protection during the time required for their immune system to mature. Inverteb
Mathematical Analysis of Neuronal Dynamics – MANDy
Our project aims at developping mathematically rigorous approaches to neuroscience considering single neurons as well as interconnected neuronal populations. Our target is to conduct the mathematical
Mathematical Analysis of Topological Singularities in some physical problems – MAToS
The central theme of this project lies in the area of nonlinear analysis (nonlinear partial differential equations and calculus of variations). Our main focus will be on the structure and dynamics of
Mathematical And Numerical Issues in First-principle molecular simulation – MANIF
Molecular simulation based on electronic structure calculation (which is the principal component of computational quantum physics) aims at numerically investigating the physical properties of matter,
