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High field Enhancement of nucLear Polarisation In Noble Gases – HELPING
Hyperpolarisation of noble gases is generally performed at low magnetic field (a few milliteslas) and protocols for high-field use in science or applications include several sensitive stages to preserve nuclear polarisation. In practice temporary gas storage, transportation, sample handling or shutt
DynamIc control and planning for intelLIGENT manufacturing processes and systems – DILIGENT
Following the success of the IMAGINE project (ANR-15-CE10-0003), the consortium aims to expand research on integrated real-time decisions with predictive strategies. DILIGENT's goal is to transform intelligent manufacturing processes by proactively integrating dynamic control and planning. Productio
Salty ices modeling using data-driven approaches and atomistic simulations – SIMODAS
Ice phases incorporating a non-negligible amount of salt have been recently experimentally demonstrated. In particular, both high- and low-pressure phases have been reported, showing interest respectively in models for planetary interior compositions, and solid aqueous electrolytes for battery devic
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
ELECTRICAL CONTROL OF CELL POLARIZATION – COELPOCE
Cell polarity plays a key role in regulating cell-cell communication, tissue architecture and development. Both internal and external cues participate in directing polarity and feedback onto each other for robust polarization. One poorly appreciated layer of polarity regulation comes from electroch
QUAntum Simulations and Assessment of NanOdeVice Architectures – QUASANOVA
During more than four decades, the scaling of the transistors induced an improvement of their performances. However, it is unanimously recognized that new architectures will be necessary to reach gate length of the order of 10 nm as planned in the next generations of transistors. In this context, th
Extraction of Radioelement using Innovative Functionalized Membranes – MEMFIS
The treatment of effluent and wastewater has become a major environmental concern of our society. Whatever the application area, regulations on wastewater discharges are becoming more severe and require efficient reprocessing technologies. This must take into account the recycling or conditioning of
Molecular Recognition with Urea-based Foldamers : From Anion Receptors to Bioinspired Organocatalysts – UREKAT
Although the project stands primarily in foldamer research, it is characterized by a strong interplay with the field of artificial anion receptors and H-bond mediated organocatalysis. Translating structure information into function certainly represents one of the most fascinating issues in the fiel
Coupling between transport and reactivity in micro- and nano-confined systems. Applications to electrochemistry, catalysis and life sciences – MicroNanoChem
The main aim of this project is the creation of a new research group in the UMR 8640 CNRS unit of the Chemistry Department of Ecole Normale Supérieure, whose researches will be focused on theoretical aspects of the coupling between transport and reactivity in micro- or nanoconfined systems. The orig
Urban and inter-cities transportation network timetable optimization – HORUS
HORUS project Consortium composed of the PRiSM laboratory (CaRO team), EURODECISION and the CReSTIC laboratory (SysCom team). Building optimized transportation services (urban, peri-urban and interurban) is a major issue for public and private operators. The great complexity of this task usually
