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Chiral Cyclic Alkyl Amino Carbenes in Asymmetric Catalysis – ChiCAAC
The CiCAAC project involves the development of a new class of chiral carbenic ligands and their associated complexes for asymmetric catalysis.
BRIDging the environment(al) Gap: promising catalyst materials to performant fuel cells Electrodes – BRIDGE
The present project aims at identifying and unlocking obstacles limiting the implementation of promising O2 reduction reaction (ORR) catalyst materials, identified after fundamental and model investigations in well-controlled laboratory conditions, into efficient PEMFC cathodes.
Data and Prior, Machine Learning and Control – DeLiCio
We propose to combine machine learning and control theory for sequential decision-making of multiple agents. The project proposes fundamental contributions: adding stability to the algorithms of reinforcement learning; data driven methods for robust control; hybrid ML / CT methods for multi-horizon control and planning; decentralized control. The methodological contributions of this fundamental IA project will be applied to the robust control of UAV fleets
Metal- and Liquid-free Organic Lithium-Ion BatteriEs for Sustainable and Safe Energy Storage – MOLIBE
Lithium-ion batteries are considered as the most promising energy storage technology to enable the successful electrification of modern society’s mobility needs. However, beside the necessity for enhanced energy and power, two main issues exist which are the high cost and severe safety concerns. While the first issue is particularly related to the incorporation of pricey metals as Co, Ni or Cu, the latter is mainly associated to the easily flammable and unstable liquid electrolytes.
The last european old-growth (“subnatural”) fir-BEech forests: a loNg-term and global stuDy for their better understandIng, conServation and management – BENDYS
The last European old-growth (“subnatural”) fir-BEech forests: a loNg-term and global stuDY for their better understanding, conServation and management
Complex and nonlinear fluids of light – CONFOCAL
CONFOcaL is a theoretical project aiming to explore the properties of disordered fluids of light. Fluids of light constitute novel and flexible systems of effectively interacting photons that exhibit many fascinating properties of quantum gases. This topic falls in line with a strong scientific activity in the field of cold atomic gases, but it addresses these questions from the original perspective of optics.
Chromatin remodeling in regulation of chromosomal Crossing-Over and seed production – ChromCO
Crossing-Over (CO) during meiosis is a fundamental process ensuring sexual transmission of genetic material to next generation and meanwhile generating diversity within species by creating new chromosome/allele combinations. Understanding of the mechanisms that regulate CO frequency has great interest in basic research as well as in application in breeding.
In silico models of drug transport to enhance personalized medicine – IMOTEP
Decoding Transporter Mechanisms for Better Treatments
Deep Learning for Constraint Optimization – DELCO
This project aims at building on recent progress in game playing and deep reinforcement learning to design a new generation of more general constraint satisfaction and optimization solvers.
Towards a comprehensive model of plant plasma membrane lipid bilayer – PLAYMOBIL
Towards a comprehensive model of plant plasma membrane lipid bilayer
