RESEARCH ON OUR SITE
 
 
SOLEIL Company Contents > All the news > Workshops > 2009 > YESS

The YESSnano 2009, U.S. –France nanoscience event is co-organized on the U.S. side by NSF and on the French side by CEA, CNRS, ANR and SOLEIL.
Scientists and engineers from US and France have been building collaborative linkages between young scientists over the last two years through a series of workshops and symposia sponsored by the U.S. National Science Foundation, and the Office for Science and Technology of the Embassy of France, as well as CNRS and CEA in France. In 2007 a French-American Symposium following the model of the well known Frontiers of Science or Frontiers of Engineering meetings was held at the French Embassy in Washington, DC on October 22-24, and hosted more than 60 scientists and engineers from the two countries, sharing three different sessions on “Brain and Information and Communication Technologies”, "Environment and Sensor Networks” and “Modeling and High Performance Computing”.

This event was followed in July 2008 by a second symposium, the Young Engineering Scientists Symposium 2008 (YESS 2008) which also took place at the French Embassy with support from NSF, CEA, CNRS and the French Minister of Foreign Affairs. This Symposium covered three topics: "Beyond silicon nanoelectronics", "Medical and Health applications" and "Societal dimensions and impacts".
YESS nano 2009 will take place in France at the synchrotron SOLEIL near Paris from November 16 to 18. The aim of this symposium is to bring together through a three-days meeting, a selected group of early-career engineers and scientists from industry, academia, and government labs to discuss leading edge research and pioneering technical work in several fields related to nanotechnology and to consider possible collaborations.

>> For more information, click here.

 

>> Présentations disponibles au format PDF :

Ab initio simulation of large systems in complex Environment
Ab initio studies of the transport properties of doped or functionalized nanotubes
An accurate and efficient computational approach to investigate proteinic systems in aqueous solution at the atomic scale
Applying bacterial genetics to assess nanomaterial toxicity in bacteria
Atom-by-atom deconstruction and functional imaging of semiconductor nanostructures
Carbon nanotube a Versatile AFM Tip
Carbon nanotubes ecotoxicity: Preliminary assessment using amphibian larvae Part 1Part 2
Center for the Environmental Implications of NanoTechnology
Design of New Electrodes for Li‐Ion Batteries:Strategy and Related IssuesMarie
Direct and indirect toxic mechanism of nanoparticles. Evidence and models.

Electronic, optical and transport properties of semiconductor nanowires : Theory & Modelization Part 1-Part 2
Electronic properties of materials for solar cells: Which ab initio approaches can we trust?
Force Clamp Spectroscopy
Graphene Nanoribbon for Electronics
Molecular modeling in bionanotechnology
Multi-exciton generation in bulk and nanocrystalline semiconductors: mechanism, efficiency, and interest for solar cells?
Nanobiosystems for health and biology applications
Nanomaterials with Antimicrobial Properties: Mechanisms, Implications and Applications
Nanoparticles and Nanomaterials : Which differences in terms of Environmental impacts? Part 1-Part 2-Part 3
Pulmonary Toxicity of Carbon Nanotubes Part 1-Part 2
Raman spectroscopy of individual freestanding single-walled carbon nanotubes of defined atomic structure
Real-Time X-ray Studies of Self-Organized Nanostructure Formation During Nitride Growth and Ion Bombardment
Scanning X-ray micro diffraction: a powerful tool for investigating stresses and defects at
a submicron scale

Silver Nanoparticle Behavior and Fish Embryotoxicity across a Salinity Gradient Part 1-Part 2
Solution-­‐Processible Approaches to Thermoelectric Materials Part 1-Part 2
Tailoring thermal transport in nanomaterials
The nanotoxicology program in CEA: from nanoparticle synthesis and physico-chemical characterization to in vitro and in vivo toxicological impact
Theoretical modelling of carbon nanostructures for energy storage materials and nanoelectronics applications. Part 1 Part 2
Towards a definition of inorganic nanoparticles from an environmental, health, and safety perspective
Towards Atomic Resolution of Properties

Accueil