M2UN 2017

In 2017, the annual workshop will take place at The Acropolis Museum, Athens,  Oct. 9-11 2017 ...

Please save the date!

After Cambridge-US (2011), Zürich (2012), Monte Verita (2013), San Sebastian (2014), Cambridge-US (2015) and Paris (2016), we look forward to welcoming you at the Acropolis Museum in Athens.

Important dates

*New* Abstract submission: Sept. 17th, 2017

Notification of acceptance: Sept. 24th, 2017

Registration: Oct. 2nd, 2017

GDRI M2UN

The idea of setting-up the Groupement de Recherche International Multi-scale Materials Under the Nanoscope (GDRI, M2UN), is structuring the Physics, Chemistry, Mechanics and Materials Science communities on a common ground for developing an integrated approach (combining both simulation and experiments) for the prediction of texture properties from angstroms to micron and their evolution in time from nanoseconds to years of complex multi-scale materials such as clays (soil), cement, nuclear solid fuels, steels and ceramics. The M2UN GDRI is an initiative organized under the auspices of CNRS (www.cnrs.fr). This international research organization aims at promoting scientific exchanges, collaborations, educational activities, as well as the emergence of a new field of research at the frontier between Science and Engineering.

The ambition of such a GDRI is formulating a conceptual tool named as the “nanoscope” that combines most advanced statistical Physics numerical simulations (such as accelerated Molecular Dynamics) and experiments (such as X-Ray tomography and microscopy…). This “nanoscope” tools aims at elucidating the 3D texture of those multi-scale (and most of the time porous) materials from the scale of atoms to microns focusing in particular of mechanical and transport properties. The coupling between numerical simulation and experiments is a major theme of the GDRI and is one of the most challenging issues in Material Science, Mechanics and condensed matter Physics.

More info can be found on the GdRi website

   

Organizing committee

Katerina Ioannidou <MSE>2, CNRS / MIT / Aix-Marseille U.

Pierre Levitz PHENIX, CNRS and Sorbonne U.

Roland Pellenq <MSE>2, CNRS / MIT / Aix-Marseille U.

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