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Ultrafast Reactivity of Biomolecules under Irradiation – RUBI
The main objectives of RUBI are twofold. One is methodological, the other one is applicative. On the methodological side, the objective is to develop an hybrid scheme cpupling DFTB and MMpol in the software deMon-Nano, The other one is a transition scheme between BOMD and Ehrenfest MD in deMn2k. -
Ultradispersed metal catalysts for energy applications involving hydrogen – UltraCat
Heterogeneous catalysis is a crucial process for saving and producing energy. It often involves precious metals, the amount of which must be drastically reduced for a sustainable human development. Last-generation electron microscopes have recently enabled the emergence of so-called supported “singl
Ultra-Rapid Sintering: Multiphysics Simulation, Mechanisms, Control And Stabilization – ULTRARAPIDE
Flash (ultra-rapid) sintering is a new sintering approach allowing sintering in mere seconds. This project addresses the main inherent heating instabilities, microstructural inhomogeneity and regulation issues of this abrupt process. Flash sintering will be applied to advance sintering techniques su
Ultra Low Power Wake-up Radio – U-WAKE
Several use-cases of a wake-up radio can be identified (ultra-low power but small sensitivity or more consumption but better sensitivity). From a general point of view, the interesting parameters are: • Consumption - in nW • Sensitivity (S/N detection threshold) • Frequency band and carrier frequ
Ultra Low Power Smart 3D Cochlea – ULP-COCHLEA
Objective 1: Design a bioinspired analog cochlea The objective is to design a bioinspired CMOS cochlea able (like any mammal ear) to convert acoustic analog signals to parallel trains of spikes and bi (multi-channel) naurally to localization. The cochlea will be connected to an existing ULP hydroph
UPscaling and heat simulations for improving the efficiency of deep GEOthermal energy – UPGEO
Geothermal energy, namely the mobilization of the subsurface heat at very low, low or high temperatures, is one of the methods to achieve the energy transition. There is a real risk that an installation may not reach a geothermal resource with sufficient flow and temperature characteristics to ensur
ULNE
The year 2020 was the last full year of our probationary period. It was to be a year of consolidation of our academic strategy dedicated to the theme of global transition . It was also to be a year of finalization of institutional construction with the development of the statutes of the fut
Tropical Atlantic Deoxygenation: gateway dynamics, feedback mechanisms and ecosystem impacts
The “Make Our Planet Great Again Project” “Tropical Atlantic Deoxygenation: gateway dynamics, feedback mechanisms and ecosystem impacts (TAD) started in 2019 to establish a sustained observation and modelling system for plankton and particle dynamics in the Eastern Tropical Atlantic. A lot of effort
Trillions of gut microbes to rescue AED: the microbiome associated to clinical response in children epilepsy – TrilliAED
The TrilliAED project’s objectives are to i) demonstrate the link between the human microbiome and response to AED in children, ii) unravel the microbiome in early-life and its role in AED response, iii) define why and how specific microbiomes may sustain or boost AED efficacy, lowering adverse even
Tridimensional micro-conveyance systems for micro-factory – ALVEO
The work proposed in the ALVEO project takes place in the context of the microfactory, a means of production particularly well suited to the manufacture of miniature objects (microelectronics, micromechanics, watchmaking, etc.) in small and medium production runs. Microfactories require a high level
