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Publications
Patents
I. Will, J. Tümmler, T. Nubbemeyer, R. Jung, W. Sandner, "Vorrichtung zur Verstärkung von gepulster Laserstrahlung mit hoher Energie der Laserpulse und hoher mittlerer…
Project Goals
Project Goals
We investigate strong field induced dynamics in a variety of systems, including atoms, molecules, clusters, and solids, and aim at resolving the underlying mechanisms on their natural…
Topic 2: Functional magnetic layer systems
Topic 2: Functional magnetic layer systems
Another central topic area is the investigation of ultrafast magnetization dynamics, in particular laser-driven spin and electron transport. Here,…
Topic 1: Optical elements for XUV and soft x-rays
TOPIC 1: Optical elements for XUV and soft x-rays
We develop and produce nano- and microscale optical elements and substrates for single- and multiple-shot experiments that are optimized for FEL and…
Topic 5: Magnetron sputtering source development
Topic 5: Magnetron Sputtering source development
In Germany, there are currently only a few manufacturers of magnetron sputter sources that can use a target size of 1” or 2”. Sharp rises in raw…
Topic 4: Filter production
TOPIC 4: Filter production
Within the ERDF project Spez-FX we establish and optimize production and transfer-to-holder processes for special transmission filters, both free-standing and supported,…
T1: Attosecond electron dynamics in strongly driven systems
Topic 1: Attosecond electronic dynamics in strongly driven systems
We combine XUV pulses as short as 100 attoseconds (1/10-th of a millionth of a billionth of a second!) with few-cycle visible or…
Project Goals
Project Goals
Non-adiabatic coupling between electronic and nuclear degrees of freedom plays a central role in many essential chemical and biological processes, including ultrafast…
T1: Non-adiabatic excited-state molecular dynamics
T1: Non-adiabatic excited-state molecular dynamics
We are developing time-resolved soft x-ray absorption spectroscopy as a tool to investigate non-adiabatic processes in isolated few-body systems…
