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µ-Laboratory for the Analysis and Separation of chromosomes: new tool for fast typing of bacterial, yeast, and mammalian cells – MicroLAS
We recently developed, patented, and successfully transferred a technology for DNA purification, enrichment, and separation. This technology coined µLAS involves an electric field and a counter hydrodynamic flow in viscoelastic liquids, in which transverse forces oriented toward the walls occur. The
Intelligence, RecognItion and Reactive SurveillancE – IRISER
The members of the research federation Math-STIC (FR CNRS 3734), in particular the members of the laboratory of Information Processing and Transport (L2TI, UR 3043) and of the Computer Science Laboratory of Paris Nord (LIPN, UMR 7539 CNRS), of the University Sorbonne Paris Nord (USPN) and the compan
Sandwich for Intermediate Temperatures with Geopolymer Core – SANTIAG
Ceramic matrix composites are interesting materials due to their good mechanical properties and their good damage resistance, even at high temperature. Nevertheless, their fabrication requires usually expensive constituents, and processing routes with long duration and expensive too. Geopolymers off
Manufacture and study of ultra-thin films of highly boron-doped single crystal diamond – DeltaDiam
Several groups, either industrial or academic, mainly in Europe, Japan and USA, have recognized and begun to use the huge potentialities of synthetic diamond for implementing electronic devices. If all the electronic, thermal and chemical inertness properties of diamond were simultaneously utilized,
Multimodal quantification and validation of 3D regional myocardial function – 3DSTRAIN
The 3DSTRAIN project was submitted last year under the acronym VSTRAIN3D. The main issues reported by the reviewers and the evaluation committee, have been addressed: need for the adaptation of the proposed algorithm to each modality, poor involvement of the industrial partner, evaluation process to
Robot collaboratif – CoBot
To date, the necessary safety conditions for collaboration between machine and man have not been met. Humans have a flexible architecture and their behaviour has been largely optimised in the course of evolution. Despite the technological progress of recent years, no robot can yet collaborate with h
Solar thermochemical conversion of CO2 and water into fuel using non-stoichiometric oxygen-exchange redox materials – SUNFUEL
The production of synthetic fuels (H2, syngas, liquid fuels) is a major challenge, in particular when produced from clean and novel renewable processes without any fossil resources. The reduction of CO2 emissions requires a strong decrease of fossil energy utilization while developing CO2-free renew
Additive-manufactured MIEC ceramic membranes for solar-driven green fuels generation – MEMBRASOL
The production of renewable and dispatchable synthetic fuels using green processes constitutes a major challenge of the next decade for the decarbonation of the transport and energy sectors. This project aims to develop a novel groundbreaking approach that bypasses the use of electricity while being
Inclusive and sustainable urban mobility for youth – based on the perception of mobility systems – NextGenMobility
The NextGenMobility project seeks to create inclusive, sustainable urban mobility solutions tailored to the needs of young people by addressing their perceptions and usage of mobility systems. It emphasizes enhancing accessibility, safety and sustainability within urban environments, focusing on you
Mécanismes moléculaires de la compartimentation des métaux chez les cellules végétales – DISTRIMET
Background Transition metals are essential for many functions in living cells. They are required for electron transfer reactions during respiration and photosynthesis which take place in specific intracellular organelles: mitochondria and chloroplasts. On the other hand, due to their physico-chemica
