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New correlated electroic states emerging from strong spin-orbit coupling : the case of iridates – SOCRATE
GaAs in spintronic applications. SOC is a general feature of heavy elements but its impact on correlated
Comodal freight transportation chains: a physical internet approach – pi-comodalité
Design of robust and efficient co-modal chains
Mobile platform for a transferless displacement of people in wheelchair in outdoors sites – HANDILIB
services. The mobile platform will have the features: - No transfer of the person who remains on his/her
Electric Vehicle Routing Optimization – e-VRO
tools able to cope with these restricting EV features. One of the fields in which the void is more critical
REdefining Brain-Computer Interfaces to Enable their users to achieve controL mastery – REBEL
Understanding brain-computer interfaces user training to improve their feedback and training tasks, to then make their users expert at controlling them
PARSIMONY, HUGE OBSERVATIONS OF EARTH NON-STATIONARITIES FROM IMAGES TIME SERIES – PHOENIX
Parsimony, Huge Observations of Earth Non-stationarities from Images Time Series
Regulation of neuronal connectivity by second messengers: decrypting the codes – MessengerCodes
The mature nervous system is an intricate network in which the connectivity between neurons is tightly regulated. Ectopic or imprecise connections during development can lead to major and long-lasting disorders. In the visual system, the precise connectivity between the retina and its targets in the brain is crucial for visual information processing. We aim at deepening our understanding of the cellular events leading to a precise connectivity of the retina into the brain.
Characterization of PI3K/AKT/mTOR –pathway in human lymphocytes – PIKimun
The overall objective of this proposal is to better understand the physiopathogeny of PADs associated with hyper-activation of PI3K/AKT/mTOR signalling, to analyze the impact of “hyper-activated” PI3K signalling on gene expression, lymphocyte function and differentiation and to identify novel molecular causes.
Role of CX3CR1 expression on Monocytes during sepsis – a translational study – CMOS
latter phase of the disease, patients present features of immunoparalysis and are likely to die from
New titanium alloys with a combination of high strength, strain hardening and high ductility, induced by TRIP and TWIP effects – TITWIP
The TITWIP project is focused on the development of a new family of titanium-based materials capable of transforming under the effect of deformation, either by phase transformation or by mechanical twinning. This feature gives them a high mechanical strength combined with a strong strain-hardening and a high ductility.