We aim to develop a concept where physics, computer science and applied mathematics will enable faster imaging than with conventional techniques. To do so, we propose to shape light with spatial light modulators, which will allow the acquisition of multiple pixels at once and provide improved signal-to-noise ratios. Inspired by recent advances in artificial intelligence, we will develop neural networks capable of reconstructing high spectral resolution images in real time.

The Moderato project aims at designing novel families of chemically modified polysaccharides, to be used as bio-based functional coatings in order to impart paper materials with barrier properties, which will be enhanced and maintained upon changes of relative humidity and temperature, for end-uses in the flexible food packaging field.  The novelty is to exploit the appealing Passerini-three component reaction (P-3CR), and to apply it to both polysaccharide chains (carboxymethyl cellulose, alginic acid) and cellulose particles (oxidized cellulose microfibr

ECOMOME project will conduct the first independent study to measure the energy consumption of mobile networks. This will allow the design of clear and accurate energy consumption models, to be used by decision makers and the general public. The project will distinguish the most energy-hungry network functions, in an effort of designing and evaluation management solutions for beyond 5G networks with the objective of reducing their energy consumption.

In an industrial context characterized by a high complexity in business processes and proliferation of information systems, the company's actors implement many learnings and practices to overcome this complexity.

GOPOWER project concerns “Basic Science for Energy”. Ga2O3 ( Gallium oxide or Gallia) is an emerging ultra-wide bandgap semiconductor material for future high-power devices (beyond 6.5 kV) devoted to energy applications such as electric transportation and smart grids.