【学术视频】ICFSI-17 | Thierry ANGOT of Aix-Marseille University

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图 | Thierry ANGOT

题   目：Epitaxial graphene and silicene

报告人：Thierry ANGOT单   位：Aix-Marseille University时   间：2019-06-24地   点：上海交通大学

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报告提纲

• Electronic properties: zero-gap semiconductor, massless dirac Fermions
• Chemical functionalization to control surface chemical properties
• Hydrogenation processes of graphene and silicene may be exploited to modify the electronic properties. If hydrogenation is reversible the system is a candidate for molecular - scale electronics.
• The epitaxial graphene on a SiC substrate is especially interesting for electronic applications → graphene - based devices could be directly manufactured on the semi - insulating SiC
• Silicene would be compatible with existing Si technologies
• Understanding the mechanisms for the formation of molecular hydrogen in the interstellar medium, where dust is predominantly comprised of silicates and graphitic components
  

个人简介

Thierry ANGOT，Professeur des Universités chez Aix-Marseille Université.
Expérience

• Professeur des Universités

  Aix-Marseille Université

• Maître de conférences

  Université de Haute-Alsace - UHA

  octobre 1993--août 1999 • 5 ans 11 mois

  Région de Mulhouse, France

  Laboratoire de Physique et de Spectroscopie Electronique

  octobre 1992--septembre 1993 • 1 an

  Région de Marseille, France
  

  Groupe de Physique des Etats Condensés

• Chercheur postdoctoral

  University of Missouri

  février 1991--août 1992 • 1 an 7 mois

  Région de Columbia, Missouri, États-Unis

  Physics Building

会议简介

The 17th International Conference on the Formation of Semiconductor Interfaces (ICFSI-17) was held in Shanghai. This 17th conference of the ICFSI series, started in 1985 by G. Le Lay, has the intention, as all previous meetings, to give a broadband overview over the latest developments of modern phenomena at surfaces, interfaces, and nanostructures based on semiconductors or insulators ranging from the characterization at the atomic scale to prospects of electronic, spintronic, photonic and photovoltaic applications. The aim for this conference is to bring together leading experts from various fields and disciplines in order to stimulate the exchange of knowledge and promote the capabilities of this interdisciplinary research topic.

Organizer: Shanghai Jiaotong University, Kavli Institute for Theoretical Sciences, Chinese Academy of Sciences

—— ——往期精彩回顾—— ——●【学术视频】ICFSI-17 | 中国科大张振宇教授：Atomistic Growth Mechanisms & Property Optimization of 2D Materials

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