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Epigenetics and epigenomics of virus-related hepatocellular carcinomas – EpiVirHep
Epigenetics and hepatocellular carcinoma: impact on pathogenesis and prognosis.
Leadless cArdiac implants inclUding Reliable and robust piEzoelectric energy hArvesTing devices – LAUREAT
With scientific objectives focused on reliability and robustness of piezoelectric scavengers, LAUREAT project aims at developing a fundamental technological building block which is the corner stone on the way to the industrialization of future cardiac implants.
Deciphering multifactorial diseases: insight into oyster mortalities – DECIPHER
<br />Mass and recurrent mortality events of complex etiology have increasingly affected oysters over the past years, To open a way out of this unprecedented crisis and find solutions for a sustainable oyster aquaculture, it is necessary to decipher this complex pathosystem. This is the aim of the DECIPHER project.
ALTER-TRACK – ALTERnative TRACKing
Positioning and fleet tracking systems are very extremely dependant on satellite networks to work, both for the position and its transmission.<br />The project aims at breaking those strong limitations by designing a comprehensive solution dependable, reliable and resilient for vehicule tracking.
Popular logics for digital culture – POPLOG
This project starts from the observation that we know little about the specificities of relation to internet in popular classes. There are many studies on the uses of digital technology, but they are primarily interested in innovative uses of urban, youth, and graduates. There are many researches on popular classes, but they did not question the transformations induced by the digititalization of culture and the development of electronic communication.
Cognition and tool-use economy. Insights from experimental, neuro- and comparative psychology – ECOTOOL
Tools offer an economy by allowing the user to reduce the various costs (e.g., time) required to accomplish a task. If we keep in mind that tool use is also a matter of behavioral economy, several questions arise. Does the human tool-use propensity reflect the human ability to excel to direct toward the most economical options? Does cumulative cultural evolution reflect the human ability to extract from tool behaviors performed by conspecifics the ones that are the most economical?
Excited States of BiO-relevant systems: towards ultrafast DYnamics with conformational Resolution – ESBODYR
The experimental challenge consists in deploying novel experimental procedures (IR ns/ UV ns, IR ns/UV fs, helium droplets) in order to detect and identify bio-relevant systems from their IR spectroscopy. Then, the ultimate goal is to record a conformer-selective dynamics. The challenge for theoretical spectroscopy and dynamics of excited states of bio-relevant systems comes from the number of states of different nature which need to be described simultaneously in a balanced and accurate way.
Multiple-resonance irradiations in NMR for high-resolution structural characterization of fluorinated solids – IRMMAF
Structural determination of powders is still nowadays a major challenge, preventing the discovery of potentially interesting new materials. Because of its more local character, solid-state nuclear magnetic resonance (NMR) is nowadays considered as a key technique, in complement to diffraction, to address the specificity of fluorinated porous solids like zeolites or MOFs.
Redox modulation of luminescence : association of ruthenium organometallics and luminescent units – RuOxLux
The aim of the project is to develop novel fundamental issues for optical switching materials
Dynamics of an arc volcano with extruding lava domes, Merapi (Indonesia): from the magma reservoir to eruptive processes – DOMERAPI
On andesitic volcanoes, magma reaches the surface as domes that destabilize gravitationally or explosively to form pyroclastic flows that travel kilometers along the flanks of the volcano or form vertical explosive columns. These different eruptive styles generate drastically different human and environmental impact.<br />DOMERAPI proposes a multi-disciplinary approach that involves and integrates geological and geophysical methods in order to improve our understanding of these magmatic processes.
