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T5: Joint HU-MBI Group on Theoretical Optics
T5: Joint HU-MBI Group on Theoretical Optics - Kurt Busch
Photonics is the science and technology of the harnessing of light. It lies at the confluence of various disciplines: optics, material…
T2: Following complex spin structures in time & space
T2: Following complex spin structures in time & space
The junior research group was founded by the Leibniz Competition "Best Minds" and started in 2023. We are embedded in Division B "Transient…
T4: Ultrafast electron dynamics
T4: Ultrafast electron dynamics
We investigate ultrafast electron and lattice dynamics in solids using a worldwide unique setup for all-attosecond transient absorption spectroscopy (AATAS) and…
T1: Magnetism and transient electronic structure
T1: Magnetism and transient electronic structure
We aim to understand how fundamental interactions in magnetism like spin-orbit coupling, exchange interaction, and spin dependent electron…
T1: Magnetism and transient electronic structure
T1: Magnetism and transient electronic structure
Experimental Methods
XUV beamlines
We use intense and ultrashort laser pulses (λ = 800 nm, E = 4.5 mJ at 3 kHz, Δt < 25 fs) to generate high…
T6: High-Harmonic Spectroscopy of Solids, Nanostructures and Quantum Materials
T6: High-Harmonic Spectroscopy of Solids, Nanostructures and Quantum Materials - Peter Jürgens
We explore high-harmonic generation (HHG) in a broad class of solid materials ranging from wide-bandgap…
Project Goals
Project Goals
The general goal of the project is to gain a deep understanding of the structure – function relationship of complex and highly functionalized materials. In the project, we are…
T1: Nanoscale imaging and spectroscopy with soft X-rays
T1: Nanoscale imaging and spectroscopy with soft X-rays
Imaging with soft X-rays combines high spatial resolution (< 50 nm) with unique contrast mechanisms, such as spectroscopic and magnetic…
T2: Femtosecond X-ray diffraction and absorption
T2: Femtosecond X-ray diffraction and absorption
The ultrafast diffraction experiments are based on the optical pump/x-rayprobe scheme illustrated in the figure to the left,where the sample is…
