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AlGaN-based UV micro-emitting devices for underwater wireless optical communication – SIRENS
The objective of SIRENS is to develop UV microLEDs for underwater wireless optical communications. The selected material platform, AlGaN based alloys, enables to tune the emission spectral range betwe
REAL-time high resolution mass spectrometry analysis to optimize biomass catalYTIC pyrolysis – REALYTIC
Fossil fuels, in particular oils, have an impact on our environment. The release of greenhouse gases contributes to current global warming. Carbon neutral energies must be developed. The production of
Modeling neurodevelopmental disorders using induced stem cells and cerebral organoids: the example of Mediator-related disorders – NDevCerebrOids
Neurodevelopmental disorders (NDDs) are child related diseases that include intellectual deficiency (ID), autism spectrum disorders (ASD) and epilepsy. Their molecular diagnosis has been considerably
Biospheres as Effective Conservation Measures – BECOME
BECOME will use UNESCO Biosphere Reserves (BRs) as model systems to understand how to manage synergies and trade-offs between conservation objectives and human development, through pluralistic and inc
Harmonized Operation of Uncertainties in Spatialized Environmental Systems – HOUSES
Spatial interpolation of data/observations is a routine task of any analysis in geo-environments; this is particularly true for impact assessments of contaminants in soils and water, or for natural ri
High pERfOrmancE Single-ion hybrid electrolytes for Li-ion batteries – HEROES-Li
The HEROES-Li project aims to design new "all solid" electrolytes for lithium-ion battery technology by combining the intrinsic properties of polysiloxane materials and ionomers. These new generation
European Spatial-Temporal Large Scale Sea Noise Management & Passive Acoustic Monitoring of Marine Megafauna – EUROPAM
EUROPAM is a research project that proposes comparative spatio-temporal acoustic survey of megafauna biodiversity, and its management at a European scale. EUROPAM is based on innovative scientific ins
Sustainable smart Antenna architecture for Green high-cApaCITY wireless access – SAGACITY
SAGACITY aims to demonstrate for the first time an innovative wideband and high-gain antenna architecture for fixed wireless access systems at D-band using low-cost planar multilayer processes. A new
Rational design of efficient energy and charge transfer in biophotoelectrodes for direct conversion of CO2 into fuel – SUNCOCAT
The SUNCOCAT proposal aims at the nanoscale engineering of electron and energy transfer pathways and ultimately, the development of efficient biophotoelectrodes, to capture solar light and convert CO2