Accelerator Physics
Modern science extends the frontier of what is feasible further and further to extremes. Ever smaller structures are created, faster processes can be observed and increasingly complex systems can be analysed. Hence the demands placed on the "probing" devices become more extreme as well. This is particulary true for light, one of the main tools at the disposal of scientists. In this context the importance of synchrotron radiation (SR) for scientific research cannot be overstated. These light sources serve an ever growing SR community which largely contributes to our sound understanding of matter from the basics to its application. The mission of the institute is the development and operation of electron beam based light sources for research with synchrotron radiation.
HZB is taking up this challenge
Additionally HZB operates an accelerator for Proton Therapy of ocular melanomas and the Metrology Light Source for PTB.
Our research mission is to significantly improve the performance od the SR source to meet the needs of our user community.
ERLs hold the promise of becoming the future backbone of the modern accelerator facilities, satisfying
the needs of the current user community in applied science and fundamental research. BERLinPro is designed to develop and to demonstrate the CW LINAC technology and expertise required to drive next-generation accelerator facilities that are based on ERL principle.
The Horizontal Bi-Cavity Test facility (HoBiCaT) has been designed to study continous wave (CW) operation of TESLA cavities the backbone of all future lights sources.
Seeding is an alternative approach to initiated the lasing process in an FEL. We are contributing to this reserach by simulating those processes in silico and by particpating to the FLASH II project.
- PCHB – Photocathode Research For High Brightness Electron Beams
- Staff list Institute for Accelerator Physics