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Matériaux Biomimétiques Hiérarchiques obtenus par Congélation – NACRE
In recent years, the design of biomimetic materials and systems has been the focus of increased attention. The properties, functions, and structures encountered in nature are increasingly appealing for non-biological applications: control of the structure at different levels, adaptation to the envir
Matrices spectral structures in graph learning and its applications – MASSILIA
This project aims at tackling current problems related to graph learning and its applications in a unified way centered on the spectral decomposition of the graph Laplacian (and/or adjacency) matrix. The objectives are the following 1) directly control the graph spectral parameters within a robust l
Mathematics of Stochastic and Deterministic Optimization for Deep Learning – MaSDOL
Machine learning (ML) and artificial intelligence are rising themes of research for decades because they have been considered as one way to produce new algorithms for solving striking challenges such as language understanding, best advice finding, automatic signal processing, fraud detection. The ex
Materials World Network: New functionality in COmplex MAGnetic structures with perpendicular anisotropy – COMAG
Nanomagnetism is one of the most active areas in science, with a wide range of fundamental problems as well as important and emerging technologies. New functionality requires control of magnetic order at the nanometer spatial and sub-nanosecond temporal scales. Many spin-based devices are still in
Mastering the Charge Transfers and Trapping Dynamics in Hybrid Nano-Perovskite/TMDC 2D Photodetectors – MaTra2D
Hybrid interfaces between nanocrystal (NanoX) perovskite materials and two dimensional (2D) transition dichalcogenides (TMD) hold great promises for the development of smart photodetector devices, for they combine two class of model materials displaying exceptional and complementary opto-electronic
Mastering Electrons in LOw Dimensional Innovative Carbides (MELODIC) – MELODIC
Our goal is to develop appropriate technological processes to isolate large area single MXene flakes with tunable surface functionalizations and to characterize their properties – mostly electronic – . The end goal is to obtain a quantitative and qualitative overview of the intrinsic properties of f
Master the AIR transfers and their impact on the hygrothermal behavior of Wood Houses – MOB-AIR
The aims of MOB-AIR project are to understand, analyse and classify air leak for wood house. These buildings are an important development axis for Civil engineering espacially in individual housing. To achiveve these aims the project expands in several directions : a analysis of professionals feedba
Mass electricity storage by thermal geodoublet & CO2 as working fluid – SeleCO2
Most of the industrial countries are experiencing challenges regarding control of peak power consumption and renewable energy development. To face these challenges, massive electricity storage are to play an increasing role. However, more mature technologies such as hydraulic gravity energy storage
Mass Spectrometry profiling of Bacteria with IR-desorption ionization on chemically functionalized porous silicon surfaces coupled to electrospray. Towards an early detection of sepsis. – MOONSTONE
We propose to develop a portable MS-based clinical tool for the identification of the main bacteria responsible for sepsis (S. aureus, E. coli, Pseudomonas), from a blood plasma sample, from the earliest stages of infection. The tool will be based on (i) an integrated and transferable IR desorption
Marrying coastal safety objectives with natural development of sand dunes – SONO
Sandy coasts are complex and poorly understood environments that are under unprecedented threat posed by anthropogenic pressures and climate change. Most beaches worldwide are backed by coastal dunes, with the composite beach-dune system both buffering the hinterlands from severe storm waves and pro
