Our 2-week ONLINE course combines:

LECTURES

 

Courses cover the fundamentals of selected areas chosen as important aspects of Nanosciences and Nanotechnologies in Physics, Biology or Chemistry.


Each lecture course consisting of 2 or 3 slots, will be given in English and delivered by scientists from European universities and research centers.

The lectures will take place at the Maison des Magistères, Polygone Scientifique, Grenoble.

 

COMMON LECTURES

Near-field microscopies - H. Hug, University of Basel, Switzerland
Self-assembly for nanotechnologies - W. Browne, University of Groningen, The Netherlands
From research to business with nanotechnologies: Testimonies - O. Burchak, ENWIRES SAS & O. Cugat, G2Elab, Grenoble, France

LECTURES FOR SESSION A

Technologies of nanofabrication - G. Villanueva , EPFL, Lausanne, Switezrland

Quantum coherent transport and mesoscopic superconductivity - E. Scheer, University of Konstanz, Germany

Electronic transport in low dimensional materials - L. Hueso, CIC nanoGUNE, San Sebastian, Spain

Spintronics - S. Valenzuela , Institut Català de Nanociència i Nanotecnologia (ICN2), Barcelona, Spain

MOSFET physics and technology - E. Sangiorgi, University of Bologna, Italy

Nano-optics - V. Zwiller , Kavli Institute of Nanoscience at TU Delft, The Netherlands

LECTURES FOR SESSION B

Advanced biophysics to study molecular systems - R. Hovius, EPFL and J. Piguet, EPFL & KTH, Stokholm, Sweden

Mechanics of molecules and biological structures - B. Hoogenboom, UCL and  London Centre for Nanotechnology, England

Microfluidics for Lab-on-chips - M. Piel, Institut Pierre-Gilles de Gennes (IPGG), Paris, France
Nanoparticles for imaging and sensing in biology - R. Levy, University of Liverpool, England

Introduction to nanodrugs delivery - H. Hillaireau, University of Paris-Sud & Institut Galien, Paris, France

Assessment of the toxicity of nanomaterials - A. Baeza, University of Paris, Paris Sud, France

Nanostructured Composite Materials: From Biological Hard Tissues to Biomimetic and Artificial Systems - E. Sturm, University of Konstanz, Germany

ESONN'2020 lecturers are presented  HERE

SEMINARS

The following seminars will be held online:

 

Session A:

Uniformly doped epitaxial graphene on SiC: physics, chemistry and applications, Sergey KUBATKIN, Quantum Device Physics Laboratory, Chalmers University of Technology, Gothenburg, Sweden
 

Plasma etching processes for nanotechnologies, Gilles CUNGE, LTM CNRS, Grenoble, France

An overview of dye-sensitized solar cells, materials and advanced concepts, Renaud DEMADRILLE, CEA-DIESE-SyMMES, Grenoble, France

 

Session B
Advanced function hydrogels and nanogels for soft robotics, bioelectronics and drug delivery - Rachel AUZELY, Prof.at UGA and CERMAV-CNRS, Grenoble, France.

Nanoscintillators: towards activation of deep-tissue photodynamic therapy upon X-rays irradiation - Anne-Laure BULIN, CRCN INSERM, Synchrotron Radiation for Biomedicine group UA7 INSERM - UGA, Grenoble, France

Using dynamic nanoscopies to monitor virus assembly in host living cells, Cyril FAVARD, IRIM, CNRS, Montpellier, France

An ESRF and ILL virtual tour will be also organised for you!!!

PRACTICALS - This year, due to the covid context, practicals will be organised online.

 

Half of the formation is devoted to practicals, which are held in clean-room facilities at the Inter-university Centre for MicroElectronics (CIME - Grenoble) and in different research laboratories of the scientific Polygon in Grenoble.
 

Praticals in clean-rooms facilities are devoted to the use of the basic tools for micro-fabrication and characterization of micro-objects (micro-circuits, micro-systems...).

The technologies which are more specific to the , are adressed through laboratories works.

 

Practicals in laboratories provide experience on more specific nano-fabrication (e-beam lithography, innovative soft lithographies…). The lab practicals proposed by scientists and engineers are on their ongoing research activities at the leading edge of scientific and technological developments.
 

Find ESONN'2020 virtual practicals HERE

 

 

PARTICIPANTS PRESENTATION

 

Me, My project, My dream: All participants along with ESONN Orgainising Committee members will present two slides introducing freely who they are, their background and their research activity.

University CREDITS (ECTS)

Administratively, ESONN is organised by Univ. Grenoble Alpes. However, we do not not deliver an official university diploma, which would require a student registration with the University.
 

Nevertheless, ESONN'2020 is a two week school, with ~70 hours of 'contact' hours (remotly) including: lectures (54h), tutorials and practicals (16), visits and group work. We estimate that following and preparing the course requires more than 30 hours of personal work, i.e. the total number of study hours is around 100h

Since one ECTS corresponds to 25 to 30h of work including personal work, this means that the full ESONN school can be recognized as 4 ECTS by the University where the PhD participant is registered.

 

A certificate indicating the number of training hours can be delivered at the end of the course to participants attended all lectures and selected practicals, so that these credits can be obtained.

(POSTER SESSION - not applicable in 2020)

Poster session: Participants also bring a poster on their current research work. They will present it during a poster session organized in the beginning of the school and discuss their work with other attendees, ESONN lecturers and organizing committee members during an informal meeting in the hall of the Maison des Magistères.
The posters are exhibited from the beginning to the end of ESONN.

SOCIAL PROGRAMME - not applicable in 2020

  • Welcome buffet dinner

  • Official opening cocktail

  • Touristic trip (Cité du chocolat at Tournon sur Rhône and visit of Pont en Royans)

  • Wine and cheese party

     

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