Search for a funded project
Génération optique d'ondes de spin pour le transport d'information – GOSPININFO
This ambitious project proposes an alternate solution to the pure spin current generation. This question raised recently in the scientific community. One key feature of such current is that they could be dissipation-less while being able to carry information. Our approach is to take advantage of the
HYPERthermophiles and their BIOMINeralization mechanism – HYPERBIOMIN
The HYPERBIOMIN project follows on from recent studies (Gorlas et al., 2015; Gorlas et al., 2018) and provides new insights into the relationships between metabolism, genetics, and high-temperature biomineralization. It has enabled the development of a realistic experimental model of hydrothermal ch
HYPHES: IA & RO for a systemic approach to the management and resilience of urban infrastructure networks: energy, mobility, logistics – HYPHES
Within urban areas, the management of mobility, both the mobility of people and urban logistics and the management of energy, from its production to its consumption, including its distribution and storage, can no longer be thought of. independently, in a logic of silos, if these territories want to
Hamilton-Jacobi et théorie KAM faible : à l'interface des EDP, systèmes dynamiques lagrangiens et symboliques – KAMFAIBLE
The goal of our project is to bring together the French mathematicians who work in areas related to the Hamilton-Jacobi Equation: Dynamical Systems, PDE, and Optimal Control in order to enhance further progress in this subject which has known dramatic development in the last ten years. The area now
Hard x-ray PhotoElectron Spectroscopy : Ultrafast dynamics and Electron correlation – HAXPES
1- Scientific background and objective This project aims at acquiring a state-of-the-art high-resolution high-energy electron analyzer working in the hard x-ray region (2 – 12 keV).The analyzer is to be installed on the GALAXIES (inelastic x-ray scattering (IXS) and electron spectroscopy) beamline a
Harnessing waves on liquid films to optimize distillation processes – wavyFILM
Cryogenic air separation, i.e. through cooling air below its boiling point, incurs a substantial share of the total energy consumption by the chemical industry. Indeed, Air Liquide, the world leader in this sector, reports a global electric consumption of 3 GW by its air separation units. However, a
Heat Management in the Ballistic Limit at the nanoscale – HANIBAL
The manipulation of heat fluxes is possible by acting on the transport of phonons at the nanoscale in thermal metamaterials. This is one of the major challenges of the current small-scale energy management. In order to demonstrate innovative effects involving large phonon mean-free-paths and long ph
Helical states and Majorana fermions in topological nanostructures – TOPONANO
The mathematical concept of topology applied to condensed matter has been very helpful to understand the transport properties of certain materials. This description was responsible for the discovery of new states of matter called topological insulators. These are insulating in the bulk of the materi
Hereditary classes of graphs – HEREDIA
Hereditary properties of graphs provide a general perspective to study graph properties. Several important general theorems were obtained, and the approach offers an elegant way of unifying notions and proof techniques. Further, hereditary classes of graphs play a central role in graph theory. Besid
Heterofunctional Porous Catalysts for Hydrogen Evolution Reaction in Alkaline Electrolyzers – HYKALIN
Anion Exchange Membrane Water Electrolysis (AEMWE) is a very promising technology for producing clean H2 at a target cost of 2 $/kg. Like Proton Exchange Membrane Water Electrolysis (PEMWE), this membrane-based technology has the advantages of an “all solid” system (coupling with intermittent energy
