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Drug-design against the emerging dengue virus – DENGUE D.-D.
In terms of morbidity and mortality, Dengue Fever (DF)1 and Dengue Hemorrhagic Fever/Dengue Shock Syndrome (DHF/DSS) are considered as the most important arthropod-borne viral diseases of humans. It is estimated that at least 50 million individuals are infected annually in the Americas, South-east A
Target-oriented eco-conception of synthetic organic strategies – SYNTHECO
After the limited success of the combinatorial approach in drug discovery over the last fifteen years, the pharmaceutical industry is turning back to the natural products kingdom to find new lead molecules. To get these active substances on a large scale, the pharmaceutical industry thus relies on o
Tools for Dark Matter and the New Physics at the Colliders and in Astrophysics – ToolsDmColl
Tools for Dark Matter and the New Physics at the Colliders and in Astrophysics The long awaited LHC will be launched in a few months. The LHC research program has traditionally centred around the discovery of the Higgs. However, the standard model description of this particle calls for New Physics.
Nexus States for Molecular Spintronics : a joint theoretical and experimental study. – NEXUS
Spintronic devices, up to now unique to the field of semi-conductor technology, are intended to manipulate the spin of the electron rather than its charge. The basic working principle of 'classical' spintronics resides in the injection of polarized spin carriers into the conduction band of properly
Linking mathematical programming formalism with combinatorial optimization formalism, through the study of generic scheduling and network synthesis problems – LMCO
This project is a three year project which puts together people who used to respectively work on Discrete Mathematics, Combinatorial Optimization, Mathematical Programming, and embedded systems. Those people are located in three laboratories: - LIP6 Laboratory in PARIS VI, team animated by Philippe
New challenges in triangulations – Triangles
-- Context and motivation. Geometric problems are central in many areas of science and engineering. Computational geometry, the study of combinatorial and algorithmic problems in a geometric setting, has practical applications in areas such as computer graphics, computer vision and imaging, scienti
Dynamic Polymers – Dynamic Interactive Systems for Constitutional Membranes – DYNAMERS
DYNAMERS est un projet interdisciplinaire de recherche fondamentale et appliquée qui a pour but de maîtriser les systèmes multivalents (polymères dynamiques, nanoparticules, surfaces, membranes) en utilisant une approche dynamique constitutionnelle afin de créer des dispositifs fonctionnels dont les
Génétique de la susceptibilité à l’Influenza aviaire chez les oiseaux domestiques – GenAviFlu
Avian flu has recently emerged as a major problem for animal health and a major risk for public health, because of the H5N1 variant. The AI viruses exhibit many variants and can evolve quickly. The genetic variability of the susceptibility to AI viruses is not known for domestic birds. The objective
emergency transport optimized by Artificial Intelligence, automatic natural language processing and deep learning – SADIAND
The SADIAND joint laboratory is part of a context that favors the development of artificial intelligence, with increasingly large volumes of available data, ever more powerful algorithms and machines, and greater complexity in decision-making due to an uncertain and changing environment. Its applica
CISE-ANR: FET: Small: Hybrid Stochastic Tunnel Junction Circuits for Optimization and Inference – StochNet
We will develop digitally compatible, low-barrier magnetic tunnel junctions (MTJs), hybrid measurement and control circuits, and architectures to use their natural stochasticity in the context of various biologically inspired probabilistic computational models. This work is motivated by research in
