Lectures

Chapter I : Crystal growth : basic concepts

I.1 Crystals in and out of equilibrium : Alberto Pimpinelli

I.2 Nucleation and coarsening : Peter Voorhees

I.3 Growth on vicinal surfaces and stochastic equations : Jean-Noël Aqua

Chapter II : Semi-conductor epitaxy

II.1 Growth modes : Benjamin Damilano

II.2 Instrumental epitaxy : Noëlle Gogneau

II.3 Self-organization and surface structuration : Eli Kapon 

II.4 Epitaxial growth of nanostructures (quantum dots, nanowires ...) : Eva Monroy

II. 5 Epitaxial growth of 2D materials : Isabelle Berbezier

Chapter III : Properties of nanostructures and their characterization

III.1 Electronic structures of nano-objects : Michele Amato

III.2 Physical properties of nanostructures and their characterization : Bernard Gil

III.3 Structural and chemical properties of epilayers in heteroepitaxy : Monica Bollani

III.4 Atom Probe Tomography : Lorenzo Riguti

III.5 Thermoelectric and piezoelectric properties : Guylaine Poulin-Vittrant

Chapter IV : Technological applications

IV. 1 Electronic applications : Julien Brault

IV. 2 Optical applications : Detlev Grützmacher

IV.3 New challenges in applications : Clément Merckling

Round table : From fundamental reseach to industrial sector : what opportunities ?

Valerio Pasquali, David Kammerlander, Romain Boureiller