Description
The development of novel and highly brilliant x-ray sources, like 3rd generation synchrotrons and free-electron lasers (FEL) has enabled the investigation of nonlinear effects in x-ray regime. These phenomena offer high potential for applications, but require highly specialized detection schemes. In our group, we develop x-ray optics specifically dedicated to detect these nonlinear effects.
Join our group for this summer-project to implement a topography-routine of x-ray crystal optics in the x-ray laboratory and to program an analysis tool to characterize existing optics. In addition, you can learn how to simulate your experimental setup with ray-tracing software and help designing new optical setups.
| Group | FS-PS |
|---|---|
| Project Category | A4. Development of experimental techniques |
Primary authors
Christina Boemer
(DESY)
Dietrich Krebs
(CFEL (CFEL))
