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InGaN nano-pyramid-based Multi-terminal multi-junction Solar cells – INMoSt
The purpose of INMoSt is the realization of low-cost, high-efficiency, multi-junction solar cells using a single material family, namely III-nitride semiconductors. This target becomes possible by combination of a series of innovative technologies. <br />The first milestone will be the demonstration of beyond-state-of-the-art, free-standing, and flexible InGaN-based SCs. The ultimate goal will be the fabrication of a stack of such SCs, using a process fully compatible with conventional IC technology.
InScience with and for Society – ISAPS
InScience with and for society
InScience with and for Society 3 – iSAPS3
an opportunity to honor the winners JCJC and PRC 2021 as well as a way to shed light on a global valorisation [...] application (ISAPS 3) for the call forproject SAPS-CSTI 2021 in an identical context, the projects will be present
InSectIcideS used for vector control and health in the context of HIV – A long-term mother-child cohort in Mozambique – ISIS
estimated number of malaria deaths was at 619 000 in 2021. Insecticides are largely used for vector control
Indirect excitons for emerging quantum states – IXTASE
This research proposal explores nanostructures based on GaN and Transition Metal Dichalcogenides (TMD) that host indirect excitons (IXs) and emerging collective states that they may form. IX with tunable dipole moments, adjustable light-matter coupling and transport properties are designed, fabricated, and studied in order to uncover collective phases by controlling novel IXs species.
Individual muscle Coordination strategies and their role in the development of musculoskeletal disorders – COMMODE
Our primary testable hypothesis is that each individual has unique muscle coordination strategies that will have specific mechanical effects on his/her MSK system. As such, some strategies would make people more at risk of developing MSK disorders than others.
Infant diet and the child’s health and development – InfaDiet
Explore behavioral and nutritional hypotheses
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.
Inferring pest dispersal in agricultural landscapes to improve management strategies – DISLAND
Characterizing multiscale pest dispersal is key to shifting management practices, from individual decisions on the scale of the cultivated field, to collective organization and coordination of actions on a territorial scale.
Influence of web platform practives and algorithmic decisions on public access to climate information
started implementing it on groups in late February 2021. When integrated over
