NANOSEA 2014 - 5th International Conference on Nanostructures SElf-Assembly

Following the request of many of you, the deadline for abstract submission to NANOSEA 2014 has been postponed to:
January 31th 2014
The conference will be held from 7 ? 11 July in the magnificent Fort Ganteaume Cercle Mixte Garnison, in the heart of the phocean city on the old harbor of Marseille.
Marseille European Capital of Culture in 2013 has been the big winner of the prestigious 2014 Urbanism Awards and became The European City of the Year Award discerned by The Academy of Urbanism of London (http://projets-architecte-urbanisme.fr/marseille-p...)
We warmly invite you to submit your contributions (http://www.im2np.fr/NANOSEA2014/abstract.html) and to participate to this event, which is now a tradition and has always been an important forum, for all the researchers involved on Nanostructured Materials and Self-Assembly (around 250 participants during the last edition in Sardinia).
Proceedings will be collected in a special issue of a highly reputed review.
If you have any request please contact the organizing committee to nanosea2014-AT-im2np.fr
Please also remember that after the urbanism huge changes operated in Marseille during 2013, many tourists are expected during the summer period, you then have to book your hotels rooms well in advance!!!!
With the hope to see you numerous in Marseille.
Greetings.
Chairpersons
I. BERBEZIER (IM2NP - CNRS, Aix-Marseille Université - Marseille - France)
M. DE CRESCENZI (Universita Roma Tor Vergata - Roma - Italy)
Website (under construction)
www.im2np.fr/NANOSEA2014/
Nanostructured Materials:
§ Semiconductor
§ Ceramic
§ Metallic
§ Polymeric
§ Composites
§ Biomaterials
§ New materials
Nanostructures classes:
§ Quantum dots, quantum wires and quantum wells
§ Nanotubes and nanorods
§ Graphene layers
§ Nanoparticles and Nanoprecipitates
§ Nanomembranes
§ Nanoporous material
§ Multilayers and superlattices
Nanocharacterization:
§ Nanometrology
§ Near Field Microscopy
§ Electron Microscopy (TEM, SEM, HRTEM, and associated techniques)
§ Local spectroscopy
§ Tomography
§ Optical spectroscopy
§ Surface analysis and spectroscopy
Synthesis and Self-assembly:
§ Nanopatterning by lithographic techniques, ion-beam, nanoimprint
§ Nanofabrication
§ Nanopore fabrication and Pore filling
§ Substrate functionalization, Co-polymer template, Surface passivation and catalysts
§ Nanomanipulation
§ Nanomanufacturing
§ Epitaxy and vapour deposition
Modelling
§ Patterning
§ Self-organisation
§ Nucleation and growth
§ Optical, magnetic, thermoelectric, electronic and spintronic properties
§ Elasticity, relaxation processes
§ Defects, impurities, and transport mechanisms
Properties
§ Electronic and optical
§ Nanomagnetism
§ Size dependent properties
§ Transport
§ Mechanical
§ Structure, microstructure, morphology
Applications
§ Novel microelectronic device
§ Nanoelectronics, microelectronics
§ Nanosensors
§ Nanomagnetics
§ Nanocircuits
§ Nanophotonics
§ Molecular devices
§ Nanodevice fabrication technology, characterization, properties and modelling
§ Photonic and photovoltaic devices
§ Chemical and biological sensors
§ Multifunctional spin devices
§ Magnetic random access memories (MRAM)
§ Nano-bio-Medicine
§ Biology
§ Energy and environment