Description
Ultrafast dynamics in nano structured samples and 2D materials are of special interest in the fields of energy conversion, semiconductor and quantum technologies. For instance, during the relaxation of a light-induced plasmon oscillation, free electrons can be injected to an adjacent semiconductor for efficient charge generation. In this project, you will use a femtosecond laser and perform transient absorption spectroscopy measurements in order to unravel the mechanisms underlying ultrafast processes in nanosized systems. Your work will include the development of the optical setup, the measurement and the analysis of the experimental data obtained using the unique light sources developed by the CFEL-ATTO group.
| Field | A5: Lasers and optics (methodology oriented) |
|---|---|
| DESY Place | Hamburg |
| DESY Division | FS |
| DESY Group | FS-ATTO |
Primary authors
Francesca Calegari
(FS-ATTO (Attosecond Science and Technology))
Vincent Wanie
(FS-ATTO (Attosecond Science and Technology))
Co-authors
Andrea Trabattoni
(FS (Forschung mit Synchrotronstrahlung))
Erik Maansson
(FS-ATTO (Attosecond Science and Technology))
