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Highly efficient biofunctionalized nanofluidic system for real-time biomarker sensing with molecular enrichment and spatiotemporally resolved kinetics – DEPSLIT
The proposed research project aims at developing novel biosensing platforms based on molecular confinement and electrokinetic effects within nanofluidic channels for real-time, ultrasensitive, spatially resolved and potentially multiplexed detection of biological markers. The detailed objectives of
Highly sensitive scanning probes for nanoscale thermal microscopy – TIPTOP
The TIPTOP project is a 4-year collaborative project aiming at developing a new resistive SThM probe for nanoscale quantitative thermal measurement, demonstrating the capabilities of the new technique on application-oriented micro and nanostructured materials and systems, developing an optimized tec
Holography for underwater detection – HYDRE
The objective of the project HYDRE is to realize an optical sensor for the detection of underwater acoustic waves (optical hydrophone). The proposed sensor allows reaching high sensitivities and presents an intrinsically low frequency cutoff that permits to filter out the noise from the environment.
How does Chaos drive Transport Dynamics in Porous Media ? – CHORUS
Fluid flow in porous media plays a central role in a large spectrum of geological, biological and industrial systems. Recent advances have shown that microscale chemical gradients are sustained by pore-scale chaotic flow dynamics. This fundamentally challenges the current macrodispersion paradigm th
Humans and Artificial Intelligence Sharing Control and Decisions – HAISCoDe
We propose a research program of 10 PhD theses coordinated by Normandie Université (NU), which federates the most important institutions of higher education and research in Normandy. These PhD grants will be co-funded by Région Normandie, in line with its strategy for research and innovation. The
Hybrid tools for non-destructive evaluation and monitoring of infrastructures: optimized management for their durability – OHMIGOD
Structural health monitoring is a crucial issue for infrastructure managers and owners in different fields such as transport and energy civil engineering and buildings. Around the world, almost 15,000 infrastructures are in a degraded or even critical condition. At present, infrastructure managers r
IMprovement of Photovoltaic conversion efficiency by ACting on Thermalization mecanisms – ICEMAN
Achieving high yields is a key element in the competitiveness of photovoltaic. Among third generation photovoltaic devices, solar cells based on hot carrier operation aim at reducing the thermalization process while obtaining high absorption. The project consortium is highly involved in recent achie
INNOvation of clathrates HYDrates for carbon capture and energy gas storage – INNOHYD
As part of a group specialised on the development on clathrate hydrates based technology, we, Mines Saint-Etienne, want to develop fundamental knowledge about non equilibrium thermodynamics. The principal objectives of our INNOHYD project are to: • Furnish valuable data of mixed clathrate hydrate
INferring Anomalous Diffusions in LIving Cells from single particle tracking experiments – INADILIC
The project aims at gathering physical, biological and statistical expertise to build a new protocol for reliable inference. On one hand, this protocol will be based on a better understanding of the probability distributions of inferred quantities for different types of anomalous diffusion to improv
Ignition Combustion Explosion Environment and Energetic Materials – ACXEME
This project aims at improving energetic systems, both explosive and propulsive, operating with gaseous fuels (WP1) and solid fuels (WP2 to WP5). The two sides of these improvements will be: - Optimization of energetic materials and of systems designed for their use, - Prediction capacity in terms
