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Electron Spin for CULtural heritage And PEople's safeguard – ESCULAPE
Use metal ions, impurities and paramagnetic defects to reveal the origin and evolution of materials that make up heritage objects
Elucidating the multifaceted functions of protein acetyltransferases in plant stress response and regulation of metabolism. – KatNat
The overarching aim of the KatNat project is to provide a mechanistic understanding of protein acetylation in plants, with a particular focus on investigating the enzymes that catalyze this modification (Nt- and K-acetyltransferases) and the resultant effects on proteostasis, photosynthesis, and metabolism.
Elucidating the role of gas flows around galaxies with 3D observations and numerical simulations – 3DGASFLOWS
this program which is scheduled for 4 years in 2018-2021. This program will pave the way for the exploitation
Emergent Orders of Spinor BECs in a Multimode Ring Resonator – EOSBECMR
We explored the interplay between atomic matter and cavity quantum electrodynamics, obtaining a rich tapestry of insights and accomplishments at the intersection of atomic, molecular, and optical physics. The core of our research lay in the creation of a versatile experimental setup encompassing a traveling wave cavity in ultra-high-vacuum, and in the theoretical study of the crystallization effects determined by this specific configuration.
Emergent communication through curiosity-driven multi-agent reinforcement learning – ECOCURL
The ECOCURL project proposes to leverage recent contributions in Multi-Agent Reinforcement Learning to study how compositional communication systems can emerge in artificial agent populations and support the open-ended discovery of increasingly complex cooperative strategies. The results of the project will be eventually demonstrated in a rich 3D environment and disseminated in the scientific community and high-visibility outreach events.
Enabling Vision Restoration
officialisés en 2020 avec l’APHP et le CEA, et en 2021 avec la Fondation Adolphe de Rothschild, FOReSIGHT
Enantioselective Organocatalysis through Hydrogen Bond-Assisted Halogen (X) Bonding – Bond-X-Bond
Enantioselective organocatalysis has established itself as an essential tool in the modern chemists' toolbox. If the activation by Bronsted acid or bases and those by Lewis bases are well developed, this is much less the case for catalysis by Lewis acids. We therefore propose to develop new Lewis acid catalysts proceeding by halogen bond, in which an additional hydrogen bond will help control the enantioselectivity.
Endocrine disruptive potential of molecules leaching from food containers. Are substitutes safer? – PoLySafe
L’usage de contenants plastiques en restauration collective sera interdit en2025. La réutilisation des contenants en acier inoxydable et en verre utilisés historiquement est remise en cause pour des questions logistiques. Par conséquent, de nombreuses communes ont orienté leurs choix vers des contenants en bioplastique à base de cellulose, légers et jetables. Il n’existe pas de test obligatoire pour évaluer les effets sur le système endocrinien des molécules migrant du contenant vers le contenu.
Energy Materials and Clean Combustion Center
porteurs de projets 2020 et l’examen de 6 projets 2021. Le LabEx a continué ses actions
