Fog strongly perturbs the aviation, marine and land transportation, leading to human losses and high financial costs. Accurate forecastings of fogs are thus required to reduce their impacts on human a
Adrenal steroids control many physiological process and are altered in many diseases. Adrenal diseases causing steroid excess are <br />good models to study steroids synthesis and its dysregulation.
Better understanding the evolutionary history of the anthropoid primates in Southeast Asia through the fossil record of the Central Basin of Myanmar
Our project aims to understand the conformational dynamics of a receptor that is part of the major drug targets.
The goal of the CoBot (Collaborative roBot) project is to enable humanoid robots to interact and collaborate safely with humans during handling tasks. <br />The project is in the axe « Interaction, Robotics - Artificial intelligence » of the challenge «Society of information and communication». The project matches gesture, movement, collaborative interactions, increased human, humanoid, adaptable systems, planning, cognitive architecture, autonomous decision, human-robot collaboration, mobility...
The objective of this ANR project is to propose a suite of tools and methods of creativity in Additive Manufacturing (AM) based on intermediate objects of AM, in order to promote awareness, creativity and organizational integration of the FA to the design teams.
The aim is to optimize and predict the recycling of rare earths, which are strategic metals, by developing a new modeling methodology.
This project aims at uncovering the cognitive and neural bases of the process whereby speakers inspect their own speech for errors both during speech planning (internal monitoring) and articulation (external monitoring) at different linguistic levels (ranging from semantics to articulation). There theoretical accounts will be systematically assessed: comprehension-based monitoring, internal modelling based monitoring and conflict-based monitoring.
Insects represent about a third of Earth’s biodiversity. Among them, herbivorous insects are the most diverse, suggesting that specialization on new plants is a driver of speciation. However, the genetic and evolutionary mechanisms which control the change of host plant and which are at the origin of new species are still poorly understood.
Adrenal steroids are main contributors to blood pressure and metabolic control and excessive aldosterone production as evident in primary aldosteronism (PA) is the most prevalent cause of secondary hypertension. Recent studies have identified genetic abnormalities in PA and the determinants of increased aldosterone production and nodule formation in the adrenal cortex. However, mechanisms that would explain the broader spectrum of endocrine autonomy in the adrenal cortex are lacking.