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Multi-functional metasurfaces for communication and sensing using time and space modulation – METATEMPO
The unprecedented growth in wireless traffic and the expected densification of next-generation networks call for disruptive approaches to reduce the number of radiofrequency (RF) systems and their power consumption. Reconfigurable intelligent surfaces (RISs) offer an energy-efficient solution for sp
Intelligent Radiospectrography for Space Wether – RIME
The RIME project (Intelligent Radio Spectrography for Space Weather) aims to improve the monitoring of solar phenomena and to develop our capabilities to identify them in real-time in order to minimize their impact on space weather and human activities. Around the world, many efforts are being made
Experimental study and simulation of wear phenomena under Impact-Fretting-Wear conditions in pressurized water environments: Optimization of the design of future nuclear reactors. – Fretting Wear Design
The industrial chair project "Fretting Wear Design," developed in partnership between the CMAT laboratory (UMR 7633), MINES Paris - Université PSL (École des Mines de Paris), and the company Framatome, aims to establish a center of excellence in research at CMAT focused on wear issues induced by Imp
EXplOiting THermal PhEnomena in 2D MateRials for breakthrough heat Management device capabilities – EXOTHERM
The exponential growth of data-intensive applications such as artificial intelligence (AI), combined with continued miniaturization in nanoelectronics, has led to an urgent need for advanced thermal management technologies. Self-heating effects, caused by the thermalization of hot carriers in high e
A lock on T Cell factor activity: from the protein complex conformation to its biological impacts on the Cerebellar Upper Rhombic Lip – LockOnURL
The cerebellum is vital in all jawed vertebrates for motor control and higher cognitive functions. Cerebellar neurons arise from two main germinative niches: the ventricular zone and the upper rhombic lip (URL), a specialized tissue with neural stem cell (NSC) niche properties. Recent studies have p
intelligent Automation of THErmodynamic cycles for a New energy Approach – ATHENA
Background and objectives: Thermodynamic cycles (power cycles, refrigeration cycles, heat pumps) are essential for the energy transition, as they open up horizons for improving energy efficiency and decentralization (adaptation to local energy sources). There is no universal optimal cycle; optimal
Quantitative 3D ultrasound brain imaging: development of new bedside biomarkers to better predict neurodevelopmental outcomes in preterm infants – QUSBI
White matter lesions are one of the main risk factors for neurodevelopmental disorders (NDD) in premature infants, and among these, punctate white matter lesions (PWMLs) are the most frequent. MRI is the reference brain imaging technique, but it has certain limitations (poor accessibility, low port
Neurotechnology User Training System – NUTS
Despite their current lack of reliability, brain-computer interfaces (BCIs) based on motor imagery hold promise for a wide range of clinical and non-clinical applications. The user training that these technologies require, during which people learn to control their own brain activity, is a significa
Merging novel cascade reactions and flow chemistry to expand the glycochemical space – SweetDom
The overarching goal of this project is to expand the glycochemical space while pursuing a sustainability-oriented approach. The first objective is to exploit the high synthetic potential of bifunctional exo-glycals in novel catalytic cascade cyclizations. Such domino processes enable the one-step c
AEM-EC - Reduced production costs – HyReCo
The planned project HyReCo will develop a cost-effective, robust open-source AEM cell designed for industrial mass production that can be implemented in the stack or system and used in a wide range of application scenarios. The main targets are the reduction of production costs for single components
