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Energy consumption measurements and optimization in mobile networks – ECOMOME
Through project ECOMOME, we propose to address the scientific challenges and societal concerns related to the environmental impact of mobile networks. For this, we define three specific objectives: - O1: Conduct the first independent study on mobile network energy consumption, considering both the
Engineering Spins and Photons from Anisotropic DOts in Nanowires – ESPADON
Semiconductor quantum dots are promising building blocks for the development of future spintronics and photonics devices. The spin of a confined carrier can be used as a quantum bit, the recombination of electron-hole pairs provides triggered sources of single photons, confined carriers induce a fer
Enhaced oil recovery : from control of the interfaces to nanofluidic flows – ENCORE
Optimizing the efficiency of oil-recovery from existing fields will remain of upmost importance for the next 20-30 years, during the transition towards energies not based on fossil ressources. The aim of this project is to produce a profound advance in the understanding of the molecular mechanisms g
Enzyme engineering for the microbial production of enhanced pyoverdines for biomedical applications. – PYOCLICK
Combinatorial biosynthesis relies on enzyme and metabolic engineering approaches aimed at modifying the production of natural peptides, particularly by incorporating non-canonical amino acids (ncAAs) into their sequence. This strategy generates peptides carrying functional groups for bioconjugation,
Eulerian numerical modelling of fluid-structure interactions: application to the simulation of biological capsules in flow – CapsEulerianFSI
The objective of the project is to develop an original HPC numerical tool to model the fluid-structure interaction of capsules under flow. The innovative nature of the project is the use of novel purely Eulerian models of fluid-structure interactions under large deformations that are adapted to mode
Evaluating and managing the migration of contaminants from cellulosic materials – FoodSafeBioPack
The FOODSAFEBIOPACK project offers THREE significant contributions. (1) The transfer conditions will be exhaustively qualified by food type and modality for packaged foods sampled from the market by using a new design of migration cells enabling humidity control, freezing, and oven heating. (2) The
Event-based VIsual SERvoing – e-VISER
When a drone (or unmanned aerial vehicle) has to operate on its environment, it is called an aerial manipulator. These robots embed a robotic arm or a gripper to allow the grasping or the transport of objects. Aerial manipulators combine the large working area capacity of drones with the dexterity a
Evolution des propriétés macroscopiques d'argiles compactées et soumises à l'infiltration de polluants métalliques – METALCLAY
Nowadays, subsurface landfill is the main final destination of household and industrial wastes and residues obtained after incineration (bottom and fly ashes). According to the European legislation, engineered clay barriers are put on the sides and bottom of each pit, in order to prevent any polluti
Exhaust gas selective sensing using printed RF gas sensors – CARDIF
The main goal of CARDIF project is the development of gas sensors based on new functionalized inks that will interact with specific chemicals species and will be read by transduction at radiofrequency wavelength. The heart of the project is to develop functionalized inks for different chemical speci
Exhaust gas selective sensing using printed RF gas sensors – CARDIF_Ukraine
Exposure to toxic gases or volatile organic compounds (VOCs) affects safety and public health. More than 6.5 million deaths per year worldwide are attributed to environmental pollution (indoor and outdoor air quality). With the Internet of Things, large-scale deployment of gas sensors becomes access
