14 - 19 July 2024
This group focuses on activities related to the development and application of high intensity lasers as well as novel XUV and x-ray sources. The group also focuses advances in traditional short wavelength sources and attosecond pulse generation.
This group provides a focus for activities related to the development and application of high-intensity lasers as well as novel XUV and x-ray sources. Specific interests include the technology of high-intensity, ultrafast lasers, the physics of high-intensity light interactions with matter and the generation of high brightness, short wavelength radiation with ultrafast lasers. Another area of interest for this group is advances in traditional short wavelength sources, including insertion devices for storage rings (undulators and wigglers), plasma X-ray lasers, electron beam based sources and X-ray free electron lasers. At the leading front of the attosecond science, the group will also embrace attosecond pulse generation and its surface- and volume-interaction with solid state, liquid and gaseous materials, including biological and organic materials and nanomaterial structures. The group intends to serve fundamental researchers as well as the technology and industrial community.
You can connect with your fellow members of the Short Wavelength Sources and Attosecond/High Field Physics Technical Group by joining our online communities:
|Find us on Twitter|
You can also share your ideas for activities and initiatives to help engage this community with the chair, Balazs Major.
|Balazs Major||ELI-ALPS, University of Szeged||Chair|
|Eric Cunningham||SLAC National Accelerator Laboratory||Member|
|Shima Gholam Mirzaeimoghadar||National Research Council Canada||Member|
|Esben Witting Larsen||Interuniversity Microelectronics Center||Member|
|Benjamin Webb||University of Rochester||Member|
|Kun Zhao||CAS Institute of Physics||Member|
14 - 19 July 2024