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Antimicrobials in agriculture: actors, practices, conflicts – AMAGRI
The regulation regime of antibiotic use in livestock farming put at the test of the antimicrobial resistance problem
Revisiting Deflagration-Detonation Transition in the context of carbon-free energy production – ReDDT
This project presents a new and disruptive paradigm for solving the difficult problem of the dynamics of hydrogen detonations in a way convenient for the simulation of real flow configurations. The ultimate goal is to develop reliable models to be applied to the use, the storage and the transportation of carbon-free fuels, such as hydrogen
Multi-scale Multi-phase Phenomena in Complex Fluids for Energy Industries – MUSCOFI
Multi-scale Multi-phase Phenomena in Complex Fluids for Energy Industries
How prefrontal dynamics emerge from cognitive training – PREDYCT
Better understanding of the prefrontal cortex (PFC) is hampered by the fact that much of our current knowledge comes from electrophysiological recordings in monkeys that have been over-trained on cognitive tasks. <br /><br />PREDYCT will study how the properties of dlPFC network dynamics change throughout cognitive training. It will reveal the basic mechanistic principles, show which properties are instantiated and which are tuned by training, and demonstrate how interactions with other regions change
Real Analysis and Geometry – RAGE
Real Analysis and Geometry
Foundations of (Boolean) automata networks – FANs
Relations between syntactic and semantic properties of automata networks, intrinsic simulation, and complexity
CHANGING PARADIGM IN DNP POLARIZING AGENTS DESIGN – CHARMING
Stabilized transient radicals as polarization agents
The Costs of Cognition from an Information-Theoretic perspective: experimental validation – CoCogIT
The origins of mental effort and mental fatigue remain neuroscientific enigmas. Here we aim at providing experimental validation to a novel framework to tackle these questions based on information theory and which predicts that subjective effort costs and task aversiveness are a function of the information cost of the task. We will test this novel theory experimentally, by means of behavioural and neuroimaging techniques in humans.
Learning Intelligible Task Models for Cobots Programming – Prog4Yu
Learning of Intelligent Task Models for Cobot Programming
Functionalized Auto-Structured insulating composite materials Tailored by ElectRic field for stress grading in 3D integrated electronic modules – FASTER-3D
When polymer composites structured by inorganic particles in a graded or anisotropic ways enable to relax the severe electric field and thermal constraints at the origin of the reliability issues in electrical conversion systems
