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Photon-Atom Cooperative Effects at Interfaces – PACE-IN
The overall objective of this proposal is to meet the critical challenge of studying, implementing and optimizing ground-breaking, dynamically-controlled interfaces between matter and light.
Search engine for environmental genomic sequencing data – SeqDigger
New scaling breakthrough, allowing users to directly query large unassembled raw sequencing data on the fly in order to tap into the largest underexploited resource in life sciences.
Unravelling the Mars’ atmosphere Main Mysteries (MCUBE) – MCUBE
Unravelling the Mars’atmosphere Main Mysteries
Measuring and mapping the plant virus richness at the ecosystem scale – PHYTOVIRUS
Emergent diseases of plants, a high proportion of which are caused by phytoviruses, are a significant burden on the food security and economic stability of societies. However, no studies have provided a comprehensive view of the geographical distribution of phytovirus diversity to date, including both the numbers or richness of virus species and the evenness of their distribution in any individual environment on Earth.
cOnception of bioresorbable self-rolled Patchs for the local trEatment of inflammatioN induced in the coloN after irradiation – OPENN
Development of an innovative medical device dedicated to the colon which could be easily implanted by surgeons using colonoscopy.
DEEP Learning For Large Deep Imaging Programs – DEEPDIP
In future large surveys like LSST or Euclid, high precision photometric redshift measurements and light curve classification will play a central role. We propose to revisit the current methods used to analyze these data by developing deep learning techniques that will directly use the multi-band images at the pixel level to measure a redshift or to perform a classification.
Inferring Folding Pattern Specific U-Bundle Atlases – IFOPASUBA
The core structure of the short-range cortical connections is a set of U-shaped fiber bundles that circumvent the cortical folds. They have never been mapped at a large scale in the human brain, probably because of the large variability of the cortical folding patterns. We propose to leverage the emergence of a dictionary of the most frequent folding patterns to infer a specific U-bundle atlas for each such pattern.
natural Deep Eutectic solvents foR Microalgae bIorefinery in Cosmetic – DERMIC
The DERMIC project aims to study the potential of new solvents from renewable resources, deep eutectic solvents, for the development of microalgae biorefinery schemes. The goal being the valorization of polar and apolar metabolites of 3 biomasses, by proposing in a reduced number of steps, a maximum of ready-to-use ingredients for the cosmetic industries.
Rational design of chemosensory compounds targeting smell, taste and emotion – chemosim
Rational design of chemosensory compounds targeting smells, tastes and emotions
Knowledge Delta based improvement and continuous evaluation of retrieval engines – Kodicare
To propose a framework to handke continuous evluation of search engines.