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Designing a genome engineering platform for microalgae – SynDia
The main objective of the SynDia project is to deliver a microalgal platform adapted for industrial production, to bring microalgae among the key enablers of the bioeconomy transition.
Stellar Evolution with Rapid Rotation – ESRR
The goal of the project is to build two-dimensional models of rapidly rotating stars including their temporal evolution. It also proposes to provide the necessary tools to interpret the interferometric, spectroscopic and seismic data obtained from this type of star.
Human genetic dissection of Mendelian susceptibility to mycobacterial disease – GENMSMD
tuberculosis. Other infections are rare, with the exception of non-typhoidal salmonellosis, found in about
A hybrid emitter - metal nanoplasmonic platform – HYBNAP
diffraction limited techniques. One noticeable exception is the cathodoluminescence (CL) study of isolated
Superparamagnetic nanoflowers: bioresorbable carriers of ultrasmall gold nanoparticles designed for early detection of atherosclerosis by integrated MRI/PET imaging – CARGOLD
it allies the high resolution of MRI to the exceptional sensitivity of PET imaging. Such a combination
Mechanisms of membrane rupture and repair: viral assembly strategies. – membrane dynamics
understand the role of both lipids and proteins in the unconventional membrane assembly of large DNA viruses
The Bureau des longitudes (1795-1932): from French Revolution to Third Republic – BDL1795-1932
For all these reasons the minutes represent an exceptional source for the study of scientific and technological
Investigation of in vivo human type I interferon production and control in the type I interferonopathies – IFNX
this revolutionary platform, and highlight the exceptional patient cohorts that we have established which
Selective edge filling of collapsed carbon nanotubes for nanoelectronics – EdgeFiller
We aim to create new bilayer graphene nanoribbons as a superior alternative to currently proposed nanoribbons, proposed as nanocomponents for future electronics. They will be created from large single walled carbon nanotubes, which collapse due to their diameter. This new system has cavities along the collapsed edges which will be then filled. This will allow us to modify the conductivity and introduce charge and spin carriers with exceptional mobility.
Co-integration of Enhancement and Depletion Modes of GaN-based Transistors for Next Generation RF Communication Circuits – ED-GaN
experimental characteristic of this project and the exceptional capabilities of the consortium, the project will
