High-field THz-driven phenomena group 



    (THz @ ELBE)     

 THz based electron   

bunch diagnostics 


 High-field THz

driven dynamics


Undulatorprofile @ 1 THz

Discrete 100_1


The High-field THz-driven Phenomena group is performing different ultra-fast spectroscopic techniques with few femtosecond time resolution to investigate  dynamics in matter driven by high-field THz pulses. The specific interest is to understand how matter can be controlled and/or manipulated in the electronic ground state by the transient electric and magnetic fields of intense (THz) photon pulses. For that purpose, the group operates several state-of-the-art laser-driven high-field THz sources and performes research on accelerator-based high-field THz and fs - X-ray source world-wide. The group is furthermore responsible for the development of the scientific programm of, the operation of as well as the user support and the inhouse-research at the currently commissioned High-field High-Repetition-Rate THz user facility TELBE

TELBE already since 2014 serves as the Accelerator Research and Development (ARD) test facility for electron bunch diagnostic on quasi - cw low energy electron beams with in the "ARD subtopic III: fs-ps electron and photon beams" of the Helmholtz-research Association a topic of high relevance for the operation of quasi-cw linac driven large scale facilities such as LCLSII. Femtosecond level THz based electron bunch diagnostic is hence a second focus of the groups specific scientific interests.

Within the so called THz photondiagnostic collaboration (THODIAC), we collaborate intensively with colleagues at DESY (source development, electron bunch diagnostic, user experiments),CFEL, FUB, MBI and FHI (Pilot THz pump probe experiments), XFEL, HZB, DLR, TUD and the PTB (electron bunch diagnostics and THz photondiagnostic). Additionally the activities are supported by currently two BMBF projects:  Spektrale Analyse und ortsaufgelöstes Monitoring von Elektronenpaketen durch THz-Strahlung (SAMoS) and Transient Nanoscopy in the deep Terahertz Range (TiNa) as well as two projects funded by the European Union: European Cluster of Advanced Laser Lightsources (EUCALL) and Terahertz RAdio communication using high ANistropy SPIn-torque REsonators (TRANSPIRE).The activities are furthermore are an essential part of the HZDRs participation in the HGF program topic Accelerator Research and Development (ARD). In case of questions concerning the ARD-ST3 test facility, TELBE or specific potential ARD or high-field THz experiments please contact S. Kovalev or J.-C. Deinert.


Helmholtz Research Association:


European Union: