SFB 595 winter school – La Clusaz, 21.02.10 bis 28.02.10
Imbedded in the Graduate School of the SFB 595 „Elektrische Ermüdung in Funktionswerkstoffen“ a winter school is offered, which takes place the second time during this funding period and is held in La Clusaz /France. Two years ago the participants of the winter school introduced their individual measurement methods, which they use for their every day experiments. By this the possibilities and limitations of the experimental methods that are accessible in the SFB were emphasized and a better scientific communication on experiments and projects could be facilitated.
This year the major topic is:
Our SFB-materials: history, presence and future
The three different classes of materials in the SFB – ferroelectrics, ionic conductors and organics – will be highlighted on this winter school independent of current research projects. This shall lead to an overall and mutual understanding and help the young scientists to broaden their horizon within the SFB over their own material class.
Topics:
|
Mo, 22.02. | |||
| Jürgen Gassmann | Indiumzinnoxid für die Anwendung in organischen Leuchtdioden | * | |
| Christoph Körber | Zinn(IV)oxid in der Anwendung – Geschichte, Gegenwart und Zukunft | * | |
| Di, 23.02. | |||
| Thorsten Bayer | Barium-Strontium-Titanat: Geschichte und Zukunft | * | |
| Robert Schafranek | Ferroelektrische Dünnschichten – Wieso Weshalb Warum? | * | |
| Mi, 24.02. | |||
| Silke Hayn | Piezoelektrische Materialien in Atomistischen Simulationen | * | |
| Tobias Adler | Kupfer-Indium-Galium-Selenid: Geschichte und Zukunft | * | |
| Do, 25.02. | |||
| D1 | Julia Glaum | Die Familie Curie oder die Entdeckung der Piezoelektrizität | * |
| A1 | Robert Dittmer | Anwendung von Piezoelektrika in der Medizintechnik | * |
| Jens Kling | Mikroskopie: Von gestern bis morgen | * | |
| Fr, 26.02. | |||
| Katja Stegmaier | Organische Halbleiter für Leuchtdioden – kleine und große Moleküle – früher und heute | * | |
| Claudia Fasel | Neue Entwicklungen auf dem Gebiet der Lithium-Ionen-Batterien | * | |