InvitésConférence plénières Jean-Michel Gérard (Laboratoire de PHELIQS, CEA/UGA, Grenoble) : 1985-2001 : the (slow) rise of self-assembled epitaxial quantum dots
Gilles Patriarche (C2N Saclay) : Structural and chemical study by TEM/STEM of III-V and II-VI semiconductor quantum dots
Odile Stéphan (LPS/Université Paris Saclay) : Recent developments in STEM spectroscopy for probing electronic and optical properties of semiconducting materials and nanostructures
Mark Hopkinson (University of Sheffield) : Site-controlled MBE growth of quantum dots
Morgan Trassin (ETH Zürich) : Engineering materials at the atomic scale for energy efficient application
Session I : Mécanimes de croissance "Oxydes" : Monica Burriel (INMA Saragosse, Espagne) : Chemical Vapour Deposition of Epitaxial Complex Oxides: Fundamentals, Growth and Applications "Semiconducteurs" : Bruno Dlubak (Laboratoire Albert Fert Palaiseau) : Integration of 2D semiconductors for spintronics
Session II : Caractérisation structurale et fonctionnelle "Oxydes" : Christophe Gatel (CEMES Toulouse) : Electric field mapping at the nanoscale in dielectric and ferroelectric materials "Semiconducteurs" : Alexandre Arnoult (LAAS Toulouse) : Some selected in situ characterization tools for MBE growth and their complementarity
Session III : Ingénierie des propriétés par épitaxie "Oxydes" : Thomas Maroutian (C2N Saclay) : Ferroelectric oxide membranes, from patterning to heterogeneous integration
"Semiconducteurs" : Moira Hocevar (Institut Néel Grenoble) : Development of superconductor-semiconductor nanostructures for superconducting quantum devices
Session IV : Hybridation "Oxydes" : Javier Villegas (Laboratoire Albert Fert Palaiseau) : Optical modulation of electronic ground states in complex-oxide films and heterostructures "Semiconducteurs" : Amaury Delamarre (C2N Saclay) : III-V epitaxy on patterned graphene for transferable membranes
Session V : Des propriétés aux composants "Oxydes" : Ausrine Bartasyte (C2N/Femto ST) : Advances and challenges in growth of LiNbO3-LiTaO3 thin films for acoustic and photonic devices
"Semiconducteurs" : Amélie Dussaigne (LETI Grenoble) : The InGaN alloy for Red emitting micro-LEDs |
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