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Training Adapted Personalised Affective Social Skills with Cultural Virtual Agents – TAPAS
Training Adapted Personalised Affective Social Skills with Cultural Virtual Agents
Wireless Stretchable SAW devices: a new path to multifunctional, on-skin, fully passive sensors – SAWGOOD
an application for an ERC Consolidator grant in 2021-2022.
Synergistic Catalysis: a new tool for Cycloaddition Reactions – CycloSyn
The end-goal of the CycloSyn program is to establish synergistic catalysis as a new tool for (3+3) cycloadditions towards valuable heterocycles.
Everyday trade unionism in Africa – SyndiQuAf
Study of trade unionism in three countries (Burkina Faso, Senegal, Sudan) by a multidisciplinary social science team.
Raw earth construction vulnerability regarding hydric conditions – VBATCH
Vulnerability of raw earth building with respect to hydric conditions
Parton energy loss in cold QCD matter – COLDLOSS
international high-level schools on QCD, in 2019 and 2021, gathering PhD students and young researchers together
Bivalve shell-based, high-resolution multi-proxy reconstruction of marine primary production – Pecten maximus, Bay of Brest – HIPPO
Despite the outstanding relevance of phytoplankton for the functioning of marine ecosystems and global climate, past primary production dynamics in the coastal zone is still not well characterized (time-series are usually too short and too sparse). It is therefore crucial to develop new tools that can provide reliable, temporally well-constrained, seasonally to inter-annually resolved data on past primary production dynamics in coastal nearshore environments based on shells of bivalve mollusks.
Carbo-silylation Reactions as Central Tool for the Synthesis of Complex Silaheterocycles – C-Sil
Silicon-containing heterocycles are very valuable scaffolds as they have shown specific properties in very different fields such as, but not limited to, materials, fragrances and pharmaceuticals. Due to the lack of synthetic methodologies for these compounds, there is an urgent need to develop simple and environmentally friendly approaches.
Ultrafast energy transfer in single nano-objects – ULTRASINGLE
The main objective of the ULTRASINGLE project is to contribute to a better understanding of energy transfer mechanisms occurring at the nanoscale, through the realization of time-resolved optical spectroscopy experiments on individual metal nano-objects and nanohybrids synthesized especially for the project, supplemented by numerical simulations allowing a quantitative interpretation of the measurements carried out.
Selective remote functionalizations of conjugated aldehydes – RemotAld
The project seeks to develop a selective synthesis of gamma-functionalized enals
