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Effects of SPin torques, oErsted and RAshba fields on DOmain walls dynamics – ESPERADO
Current-induced motion of magnetic domain walls through the spin-transfer torque (STT) effect has attracted a lot of attention in recent years, for its potential applications to magneto- logic and magnetic data storage as well as for the wealth of associated physical phenomena. In a previous ANR pro
Quantification des émissions de CO2 en Ile-de-France – CO2-MEGAPARIS
Atmospheric CO2 concentration has increasedby more than 30% since the pre-industrial era mainly due to industrial emissions and this increase is very likely at the root of the observed temperature rise of 0.6°C over the last century. Although we have good estimates of the CO2 fluxes on a global basi
TeraHertz time domain spectrometer for the determination of optical properties of suspended micro and nanoparticles in the air in a controlled environment – STEPSON
The present project proposes to develop and operate a new and innovative TeraHertz (THz) broadband measurement bench in time domain (Time-Domain Spectroscopy, TDS), between 200 GHz and 5 THz, of CRI of suspended micro-nanoparticles in the air in a controlled environment. The use of an algorithm deve
Solar cells using lead-free hybrid perovskites – SuperSansPlomb
Presently, perovskite photovoltaics almost exclusively relies on the use of toxic lead containing compounds, the application of which are strictly regulated by the government because of their negative effects on human and animal health and the environment. The main goal of the project is to develop
Photovoltaic Devices based on Colloidal Nanocrystals as Light Harvesters – PvCoNano
Task 1: «Colloidal lead chalcogenide nanocrystals: synthesis, surface properties, & nanocrystal morphologies«. Objectives: to perform size-tunable synthesis for high quality colloidal nanocrystals; to be able to use ligand exchange methods to modify nanocrystal surfaces Task 2: «Optical and structu
Elaboration de nouveaux matériaux hybrides à base de gels d'oxyde de titane pour applications en photonique – LaGel
Metal oxides play an important role in many areas of chemistry, physics and materials science. One of the most studied oxides in this respect is titanium dioxide because of several applications of functionalized or doped materials. The developed organic-inorganic hybrid materials are of special impo
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
New approach to aqueous biphasic catalysis through catalyst confinement in nanoscopic core-shell polymers – BIPHASNANOCAT
This project is included in the wider framework of green chemistry, meaning the search by chemists to provide society with safer chemical fabrication, using the minimum amount of ldangerous and toxic reagents, using as little energy as possible, producing the minimum possible waste… To achieve thes
Computational Aided Engineering Tools for the Design of Thermites-based systems – OASYS
Reactive materials are composites or physical mixtures that demonstrate self-sustaining exothermic reactions upon receiving an initial energy input. This category of materials is distinctive within the realm of energetic materials, differing from explosives in the manner in which reaction fronts pro
Anomalous Persistence of Evaporating Dense Sprays – APIEDS
The "Anomalous Persistence of Evaporating Dense Sprays" (APIEDS) project is intended to address significant gaps in our understanding of dense spray dynamics by leveraging the collective expertise of leading researchers from LPENS/Université Paris Cité, specialists in wetting, nucleation, and partic
