3rd International Conference on Nanostructures SElf-Assembly

NanoSEA 2010 

Congress Center, Cassis, French Riviera,  28 June - 2 July 2010

welcome  |  general information   |  scope   |   committees   |  conference poster   |  [call for abstracts]  book of abstracts |  [registration]   |
& pictures   |   programme   |   posters sessions   |   location   |  accomodation   |  special events   |  venue |  exhibition   |  sponsors   |

General Information

Research on nanostructures self-assembled encompasses fundamental issues in crystal growth and the scaling of materials properties to molecular dimensions, and work on possible applications of nanoscale assemblies in advanced devices. The goal of this conference is to bring together the broad, multidisciplinary community of researchers who are interested in the field of nanostructures and the opportunities for future high-impact science and technology related to such field.

The Conference will provide a common forum for scientists operating in all the fields of nanostructures from their formation and modelling to their properties and applications. The conference will cover the physics of nanostructures at the nanoscale, new fabrication procedures of nanostructures with well defined size, shape and composition, and also:

- large-scale patterning obtained by spontaneous structuring as well as local probe nanopatterning for size and position control of nanostructures;

- theoretical and experimental efforts dedicated to a better understanding of the formation, evolution and organisation of nanoscale systems;

- fundamental and new issues in nucleation, crystal growth, surface and interface atomistic mechanisms and electronic structure;

- optical, electrical, magnetic and mechanical properties representative of the self-assembled systems; Novel properties induced by low scale nanostructures.

Finally, new insights on short-term and future/futuristic device applications will be of prime interest in the framework of this Conference.

Chairpersons : Isabelle Berbezier (Im2np, CNRS, Marseille, France) and Maurizio De Crescenzi, (University Roma II Tor Vergata, Italy)