Danke!

Die Anzahl der Plus zeigt an, für wie inhaltlich anspruchsvoll wir das jeweilige Thema halten. Dies soll Ihnen nur dabei helfen, ein Thema auszuwählen, das Ihrem Interesse entgegen kommt. Die von Ihnen, die lieber einen Überblick über ein breiteres Thema gewinnen wollen, wählen bitte Themen mit weniger Pluszeichen; die von Ihnen, die tiefer in die Physik zu einem enger fokussierten Thema einsteigen wollen, wählen bitte Themen mit mehr Pluszeichen. Bachelor- und Masterstudenten können selbstverständlich gleichermaßen Themen mit hoher Plusanzahl wählen. Wir erwarten, dass die Vorbereitungszeit unabhängig von den Plus ist.

Title:

Physics Seminar: Ultrafast laser matter interaction

Credits: 5

Prerequisites

Please register on Stud-On and note there (in the open notes field)

1. your three desired topics from the list below,
2. your field of studies (Physics, Material Physics, ...),
3. whether you are a bachelor or master student, and
4. whether you are interested in writing your thesis at our Chair for Laserphysics (by no means a must, but if so, you will be given waiting list priority; of course, this statement does not commit you, but please be fair to your interested fellow students)

Thank you!

Contents

1. Mode coupling and femtosecond lasers +
2. Generation of highest laser intensities +
3. Optical parametric processes +
4. Spectral broadening and pulse compression in glass fibers +
5. Rabi physics: the coherently driven two-level system +
6. Multiphoton photoemission ++
7. Attosecond-fast charge transfer from graphene +++
8. Quantum-path interference in multiphoton photoemission ++
9. From multiphoton to strong field physics ++
10. Two-color effects in strong field physics +++
11. High Harmonic generation with strong fields in solids ++
12. Landau-Zener-Stückelberg physics in solids and the strongly driven two-level system +++
13. Quantum correlations: Hanbury-Brown-Twiss and Hong-Ou-Mandel experiment with electrons ++
14. Particle acceleration at photonic nanostructures +
15. Novel electron bunch compression schemes ++
16. Complex control of particle movement at photonic nanostructures +++
17. Photon-induced near-field electron microscopy ++
18. Generation of incoherent and coherent radiation of moving charges ++
19. Electrodynamic traps for charged particles +
20. Quantum-improved electron microscopy ++

The number of pluses indicates how demanding we consider the respective topic to be. This should only help you to choose a topic that suits your interest. Those of you who prefer to gain an overview of a broader topic, please choose topics with fewer plus signs; those of you who want to go deeper into physics on a more narrowly focused topic, please choose topics with more plus signs. Bachelor and Master students can, of course, choose topics with a higher plus sign. We expect the preparation time to be independent of the pluses.

Literature

Will be given for the individual topics by the respective tutor.