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“Le populaire”. Social and cultural recompositions of contemporary working classes
The working classes in French society: Between continuity and breakdown
« Virtual Brain »-based interpretation of electrophysiological Signals in epilepsy
Epilepsy is a major neurological disorder, affecting of the order of 0.5 to 1% of the population. It is a very invalidating disease, with high impact on quality of life. In a large proportion of cases, medication cannot prevent seizures; surgical removal of the regions responsible for seizures is then the only way to cure patients. However, results crucially depend on the correct delineation of the epileptogenic zone.
« Perso-Indica » : the Persanisation of Indian Learning (13th-19th centuries)
Persian and Indian Cultures: The Creation of a New Intellectual Environment in South Asia
« Generation of hematopoietic stem cells from non-hematopoietic iPS in patients with acute irradiation syndrome an innovative therapeutic strategy of hematopoietic syndrome. »
This proposed project aims at using cellular therapy to improve medical care of acute radiation syndrome (ARS) in active soldiers affected by nuclear radiation and in civilians after malevolent acts o
polarizing-fibered components for compact cold atoms sensors
Project COFIPOL is in line with the previous REI project « Polarizing optical fiber at 780 nm », led by the company IXFIBER and Institut d’Optique Graduate School, which allowed the development of a p
multi-objective scheduling for large scale parallel systems
The ever growing evolution of computing platforms leads to a highly diversified and dynamic landscape. The most significant classes of parallel and distributed systems are supercomputers, computatio
miniature SENSor Antenna Systems
The recent advances of low power electronics and sensing technologies have led to the increasing number of various types of wireless sensors (physical, biological and chemical sensors). In the future,
innovative RE-use and reCycling VALue Chain for High-Power Magnets
The project aims at developing new technologies for the re-use and recycling of high-performance permanent neodymium-based magnets. It will address the development of re-use concepts and technical pro
efficient sOluble small molecules foR photovoltaIc applicatiONs
The multidisciplinary ORION project involves three partners who have been collaborating since already several years. The first partner is specialized in the synthesis of semiconducting materials for o
