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Polariton Thermal Diode – POLARITONDIODE
This project aims to develop a conductive thermal diode driven by the heat generated by surface electromagnetic waves (polaritons) propagating along the surface of polar nanowires with a metallic coating. Experimental data show that this coating acts as a polariton launcher and hence its presence
Platform for multisCale simulation of hot carriers: electrons and phonons for energy harvesting – PlaCho
The project Placho (Platform for multisCale simulation of hot carriers: electrons and phonons for energy harvesting) aims to develop an original multi scale (DFT+Monte Carlo+NEGF) numerical platform from atoms to device specifically dedicated to energy conversion. This versatile tool based on first
Plastronic Heat Pipe for the Direct Cooling of Power Electronic Components – CAPREP
The electrification of means of transport requires the development of converters from battery DC voltage to AC voltage for vehicule motorisations. An increase in the performance of these power converters requires power electronic components with very good performance as Gallium Arsenide (GaN) transi
Plant manganese nutrition for optimal photosynthesis and growth – PlantMan
Despite the importance of manganese (Mn) for plant growth, the mechanisms allowing the uptake of this nutrient and the pathway for its incorporation into photosystem II have been the topic of only few studies. The major aim of this project is to combine complementary approaches towards a better unde
Planning and Optimization of Home Care Services at the Operational Level – PONOSaD
The project “Planning and Optimization of Home Care Services at the Operational Level” aims to develop decision support tools for professional home care. In a context where home care activities increase significantly, few tools are adapted to operational management requirements because of their spec
Planning and Learning to Act in Systems of Multiple Agents – plasma
WP1: PLANNING ALGORITHMS FOR CONTINUOUS MDPS WP2: PLANNING ALGORITHMS FOR STOCHASTIC GAMES WP3: FROM COMPLEX GAMES TO SIMPLER ONES WP4: MULTI-AGENT REINFORCEMENT LEARNING 1. On continuous-state MDPs w/ hierarchical information 2. Solving Dec-POMDPs as Sequential-Move Continuous-State Multi
Physics-informed reduced-order modeling for digital twins of sustainable combustion systems – PROMCOM
In the current energy transition scenario, energy-intensive industries and long-range transportation sectors remain heavily reliant on the combustion of fossil fuels. Thus, renewable and alternative fuels, such as hydrogen, ammonia, and biofuels, are vital for achieving carbon neutrality in these di
Physics-informed Artificial Intelligence for Cutting Brake Emissions from Electric Vehicles – PI-CUBE
The aim of this project is to develop a new braking control system for electric vehicles, using artificial intelligence (AI) to significantly reduce (i) brake particle emissions and (ii) noise emissions. These two emissions are major sources of environmental pollution and health risks in urban areas
Physics of degradation in organic, nanocrystal, and hybrid solar cells – PROCES
Solar cells based on colloidal nanocrystal QDs and hybrid perovskite have shown remarkable progress in terms of power-conversion efficiency over the past decade. Yet the Achilles heel of these devices lies in their environmental instability. This project thus aims to develop fundamental understandin
Physical Chemistry process for the synthesis of sustainable marine materials for the littoral preservation – EcoCorail
These ast years, one observe to a considerable increase of the oceanic coastal errosion, due to progressive increase of seawater and violent climate phenomenon. French coast are particularly impacted with the move backwards of sand dune and beachs and also by cliffs erosion for example. Different me
