Analyse du processus de passage à l’échelle d’initiatives innovantes développées dans le cadre des reformes du système de santé en Tunisie

Comme la plupart des pays en transition, la Tunisie est un pays qui est confronté à une restructuration constante de son système de santé pour faire face à différents défis. Dans la cadre de la nouvelle restructuration de son système, le gouvernement tunisien a décidé de mettre à l’échelle des projets les plus prometteurs et […]

Read More
Manganese Salen Systems for C-H Functionalization

Selective incorporation of valuable building blocks into feedstock chemicals is a very important, albeit often times difficult challenge. We plan to develop catalysts; materials to efficiently convert feedstock chemicals into ones with valuable functionality. The catalysts developed by the current project will incorporate two traditional reactive sites as a means to enhance activity and selectivity […]

Read More
Développement de méthodes numériques pour l’analyse d’écoulements instationnaires en aérodynamique externe transsonique et application à l’étude du tremblement (buffet) transsonique

La mécanique des fluides numériques (CFD) occupe une place importante dans la conception des aéronefs modernes puisqu’elle permet d’explorer différents designs en environnement informatique avec un coût plus faible que les essais de soufflerie. Cependant, les phénomènes instationnaires (variant dans le temps) requièrent un temps de calcul élevé limitant l’application de la CFD dans un […]

Read More
Large-Eddy-Simulation of Brain Aneurysms

Rupture of cerebral aneurysms often leads to mortality or sever morbidity in most cases. Pathogenesis of aneurysms has been attributed to abnormal flow-induced forces that act on the vessel walls. These forces are typically measured by first recreating patient’s aneurysm model from medical images, and, afterwards, using these as input for computational fluid dynamics (CFD) […]

Read More
Drift wave turbulence in the presence of neoclassical forces

Hot plasmas are common throughout the universe, and generally exist in highly turbulent states. Turbulence, and the related anomalous (turbulent) transport, remains a great challenge of classical physics. This poses a substantial issue for the understanding of fundamental phenomena (magnetic dynamo, space and solar activity), and the development of efficient plasma devices (spacecraft thrusters, plasma […]

Read More
Cortical Changes Linked to Semantic Integration

In this project, we will use computerized games to teach second language material to adults. We will use neuroimaging and eye-tracking (a measurement of a person’s eye movements, which can provide information about reading and the processing of language). Adult learners will complete a 5-day game-based second language-training program. Their brain activity and eye movements […]

Read More
Exploring subliminal processing using instrumental hypnosis

Cognitive scientists typically divide cognition between controlled and automatic processes. This framework construes controlled processes as being voluntary and effortful and automatic processes as involuntarily and effortless. Automatic processes are therefore considered outside the scope of voluntary control. Undermining this notion, studies show that hypnosis – an enhanced form of mental absorption and self-regulation – […]

Read More
Exploring the Utility of Physical Visualization Construction

Physical visualizations are representations in which data is mapped to physical form, rather than the pixels or ink of traditional visualizations [6]. Creating such representations using tangible tiles (i.e. constructive physical visualization) is an accessible paradigm for visualization novices to construct representations [5]. Is this approach worth the greater time investment it requires over more […]

Read More
Calibrating static errors in Adaptive Optics systems for Extremely Large Telescopes

The proposed research project involves calibrating an Adaptive Optics system – a technology that essentially corrects telescopes for the changing atmosphere so that the ‘twinkling’ is taken out of stars. This technology has become increasingly complex, an example being the proposed instrument called NFIRAOS that will be built by Canada for the future Thirty Meter […]

Read More