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Electrodynamics of the Pulsar Magnetosphere: Equilibrium, Radiation and Reconnection – EMPERE
Towards a better understanding of neutrons star electrodynamics and on its implication on low and high energy phenomena (pulsed emission, magnetic reconnection, particle acceleration) in pulsar winds and magnetospheres.<br />Study of the consequences of a strong magnetic and gravitational field on the dynamics of neutron star magnetospheres.
Heavy Photon Search at the Jefferson Laboratory – HPS@JLab
The Heavy Photon Search (HPS) is an experiment, beginning in 2014, which uses the high intensity electron accelerator at the Jefferson Laboratory (JLab), based in Virginia (USA). Its goal is to search for a new particle, outside the standard model, called «heavy photon« in the mass range from 20 to 1000 MeV.
Stimuli-responsive Polymer brushes for On-chip Cell adhesion control – SPOC
The goal of the SPOC project is to design and characterize stimuli-responsive polymer brushes that can modulate cell adhesion. The strategy relies on the conformation change of the grafted macromolecules, triggered by illumination at the proper wavelength, in order to control protein adsorption/desorption and hence cell adhesion. Such brushes will then be used to study and quantify adhesion properties of cells.
Liquid crystalline super-atoms – LC-SUPERATOMS
The goal of this project is to develop a method for producing colloidal particles capable to mimic atomic interactions, and then, to use these super-atoms to produce complex colloidal architectures.
Sparse Aperture Masking: A critical tool to understand planetary formation – SAM
Understanding planet formation is a key problem of our origins. We based our proposal on a novel technique : aperture masking. This techniques allows to probe deep next to young stellar system to look for clues on the ongoing formation of planets.
Intelligent DEsign of Future mobile Internet for enhanced eXperience – IDEFIX
Intelligent DEsign of Future mobile Internet for enhanced eXperience
Easy Nitrogen Vacancy Ion Engineering using Focused Ion Beams – ENVIE-FIB
ENVIE-FIB aims at building a platform allowing us to engineer artificial atoms in a high purity diamond layer. The system will be based on a FIB column using an ECR plasma source which can be operated with different gases. Nitrogen gas will be used to create NV color centers by ion implantation, with the goal to achieve a 10 nm resolution in ion implantation. Xenon gas will be used to efficiently mill the diamond layer and create and micro- and nanostructures.
Generation of spatialized and socially structured synthetic populations for social simulation – GENSTAR
As agent-based social simulation is gaining ground as a candidate of choice for building decision-support tools in the management of complex socio-environmental systems, and as the resulting models ar
Vlasov-Poisson in Six Dimensions – VLASIX
Development of direct Vlasov-Poisson solvers in various numbers of dimensions, with particular attention to the cold case in 6D
Uncertainty estimation of air quality simulations at urban scale – ESTIMAIR
Propagation of uncertainties in a dynamic transport affectation model at urban scale, in the computation of the associated pollutant emissions and in the atmospheric dispersion of the pollutants in a city<br />