The Seminar will consist of presentations and discussions of classical and recent articles on molecular simulations, with focus on methodological aspects and statistical analyses of large simulation systems. Discussion papers will be made available to all participants at the beginning of the semester. One or two papers will be discussed during each seminar. The semester will conclude with an overview of key issues in the field as illustrated by papers discussed during the semester.

The Seminar will consist of presentations and discussions of classical and recent articles on molecular simulations, with focus on methodological aspects and statistical analyses of large simulation systems. Discussion papers will be made available to all participants at the beginning of the semester. One or two papers will be discussed during each seminar. The semester will conclude with an overview of key issues in the field as illustrated by papers discussed during the semester.

The Seminar will consist of presentations and discussions of classical and recent articles on molecular simulations, with focus on methodological aspects and statistical analyses of large simulation systems. Discussion papers will be made available to all participants at the beginning of the semester. One or two papers will be discussed during each seminar. The semester will conclude with an overview of key issues in the field as illustrated by papers discussed during the semester.

The Seminar will consist of presentations and discussions of classical and recent articles on molecular simulations, with focus on methodological aspects and statistical analyses of large simulation systems. Discussion papers will be made available to all participants at the beginning of the semester. One or two papers will be discussed during each seminar. The semester will conclude with an overview of key issues in the field as illustrated by papers discussed during the semester.

Qualifikationsziele:

Die Studentinnen und Studenten erhalten grundlegende Kenntnisse auf dem Gebiet der Nichtlinearen Optik und der Dynamik elementarer optisch induzierter Prozesse. Sie bekommen einen Überblick über moderne Methoden der Ultrakurzzeitspektroskopie und der Nichtlinearen Optik sowie deren Anwendung auf spezielle Probleme.  

Inhalte:

Grundlagen der Wechselwirkung von Licht und Materie, Wellenpaket-Dynamik und Elektronen-Dynamik. Experimentelle Methoden der Ultrakurzzeitspektroskopie sowie ausgewählte Anwendungen, z. B. Femtochemie, kohärente Kontrolle, Fluoreszenz-Spektroskopie Photoelektronen-Spektroskopie, Attosekundenphysik.

Übungsbeginn nach Absprache