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Far-from-Equilibrium NaNothermodynamics with Engineered Colored baths – FENNEC
Fascinating phenomena emerge from the appearance of far-from-equilibrium thermodynamic states, from active matter to protein folding dynamics, including non-trivial heat flows. Nevertheless, the complexity of these phenomena makes their fundamental understanding difficult. In this context, the FENNE
Fast Univeral Tunable Optical Filter – FASTUNE
Design and realization of the tunable filter: - Choice of materials (glass, mirrors, glues, connectors) - Definition of the reflection rate of the mirrors, realization of a set of substrates covered with the 99% dielectric mirrors - Study and optimization of the shape of adhesive joints - Realiz
Feasibility and interest of microwave heating for the disinsectisation of stored cereals – GRANIonde
In response to the global challenge of reducing the use of plant protection products in storage and to meet the needs of operators to have complementary physical curative control methods alongside the prophylactic methods already in place (cooling of grain, insecticide treatment of premises, cleanin
Ferroelectric control of organic/ferromagnetic spinterface – FEOrgSpin
The main objectives of the project are as following: Objective 1: Explore different kinds of ferroelectric organic materials to understand the observed FE modulation of spin-polarization; Objective 2: Engineer interface with different FM metals to study the spin polarization and magnetic anisotro
First Encounters in Complex Environments – ComplexEncounters
The goal of the project is to calculate analytically the statistics of encounter times between random walkers in complex environments. The first passage time (FPT), defined as the first time for two random walkers to meet « by chance », is a key property of random walk theory, notably in the context
Flexible and Intelligent Transportation Systems – FITS
The project FITS aims at proposing novel mathematical models and solution approaches in order to develop intelligent tools to help optimizing the delivery of services (such as care or maintenance deliveries) to customers located potentially at home. Service providers have human resources (possibly o
Flow energy harvesting using piezoelectric fluttering plates – FLUTTENER
The present project is articulated around three main objectives, that will help assess the feasibility and energy harvesting potential of a piezoelectric flag in axial flows. The main objective is to understand the dynamics of the piezoelectric fluttering plate, and assess its energy harvesting p
Foam-bonding process for granular wastes – BONDINGFOAM
One of the key stages in materials recycling is their crushing into granular material to be re-used by incorporation into the production lines of new objects. In a certain number of cases however, simple shaping using a binder, and a possible post-treatment of the peripheral surfaces, would make it
Foldamer Scaffolds for Electron Transport – FOSET
Foldamers are synthetic oligomers that adopt folded conformations inspired by the structures of biopolymers. The FOSET project stems from recent major advances in foldamer research: (i) the stepwise organic synthesis of aromatic amide oligomers that fold into very long (5-10 nm) and conformationally
Formal APPRoach and artificial intElligeNce for the moniToring and Intervention optimization of mobile agents in industrial Sites – APPRENTIS
The APPRENTIS project concerns the safety of industrial or port areas presenting risks (e.g., fire, explosion or toxic leakage). The operational objective is to provide a decision support software tool to plan monitoring and rescue patrols. This tool will minimize the cost of the patrols carried out
