Welcome to the CRC 1242
Non-Equilibrium Dynamics of Condensed Matter in the Time Domain
Non-equilibrium states can be created in condensed matter through ultrashort pulsed external stimuli such as light, pressure, electrical voltage, or particles. This Collaborative Research Centre aims to achieve a material-specific, microscopic understanding of such non-equilibrium states. To this end, new tools in experimental and theoretical physics will be developed to describe the time evolution from the moment of the stimulus to a state close to equilibrium in time and space.
overview
Microscope images of exfoliated hexagonal boron nitride flakes on a silicon dioxide wafer.
Captured by: Felix Schaumburg (AG Lorke)
Project A01
Pair amplitude as a function of the chemical potential and the detuning in the adiabatic limit. White lines mark the Andreev bound state energies.
Captured by: Markus Heckschen (AG Sothmann)
Project A02
Fe(II) spin-crossover complex ([Fe(1-bpp-COOC2H5)2](BF4)2CH3CN) created by drop-casting a solution with Acetonitrile on a Si3N4 membrane.
Captured by: Lea Kämmerer (AG Wende)
Project A05
Sum frequency generation from a nonlinear crystal (LiNbO3).
Captured by: Tao Yang (AG Campen)
Project A06
Look into an UHV chamber, where the sample being irradiated with 530 nm light to check behavior under optical excitation.
Captured by: Tobias Lojewski (AG Wende)
Project A07
Spin-crossover complexes self-assembled into tetramers on a Ag(111) surface (STM image).
Captured by: Manuel Gruber
Project A08
Laser pulse in a far field modified by changes of the refractive index that results from the laser pulse itself.
Captured by: Ping Zhou (AG Bovensiepen)
Lowest unoccupied electronic orbital of a Fe(II)-(bipyridyl-pyrrolide)2 complex in the high-spin state
Captured by: Gérald Kämmerer (AG Kratzer)
Project B02
Negative curvature simulated in an analog model of an optical lattice with a central pentagonal disclination.
Captured by: Nikodem Szpak (AG Schützhold / AG König)
Electric field of a focused surface plasmon polariton wave packet. The electric field distribution was measured using polarimetric PEEM.
Captured by: Alexander Neuhaus (AG Meyer zu Heringdorf)
Project B06
Graphene-based THz detector: the logarithmic-periodic antenna couples the THz radiation to a micrometer-sized graphene flake that is in the center of the antenna. The antenna with a diameter of 1 mm is patterned by electron-beam lithography, the substrate is semi-intrinsic SiC.
Captured by: Martin Mittendorff (AG Mittendorff)
Project B09
GST-film, pumped with a laser and probed with an XFEL pulse.
Captured by: Thies Albert (AG Sokolowski-Tinten)
Project C01
Electron density redistribution in a Fe/(MgO)3 (001) heterostructure upon a fs-laser excitation with a photon energy of 7.75 eV after 20 fs, simulated using real-time time-dependent DFT.
Captured by: Elaheh Shomali & Markus Gruner (AG Pentcheva)
Project C02
RHEED images: 7×7 reconstruction of the silicon 111 surface.
Captured by: Jonas Fortmann (AG Horn-von Hoegen)
Project C03
Latest News
Project C01 is hiring new PhD candidates! More information can be found here
The National Ion Beam Workshop took place at the University Duisburg-Essen
With in total 99 participants the International Conference of the CRC1242 took place at the Hotel Vier Jahreszeiten am Schluchsee
The SPICE workshop "Spin Textures: Magnetism Meets Plasmonics" brought together world-leading experts to explore the intersection of magnetic and electromagnetic spin textures.
DFG continues funding for the third funding period of the CRC 1242
Pressemeldung deutsch
Upcoming Events
| 04.-07.02.2025 | Exchange meeting CRC 1242 |
| 14.01.2025 | Colloquium: Dr. Alexander Steinhoff, Universität Bremen |
| 22.11.2024 | Nacht der Physik |
| 18.11.2024 | Workshop "Detect & React: managing inappropriate behavior confidently" |
| 05.11.2024 | Colloquium: Prof. Dr. Ursula Wurstbauer, Universität Münster |
| 29.10.2024 | Colloquium: Prof. Dr. Benjamin Stadtmüller, RPTU Kaiserslautern-Landau |
Latest Publications
Wei Lu, Matthieu Nicoul, Uladzimir Shymanovich, Alexander Tarasevitch, Michael Horn-von Hoegen, Dietrich von der Linde and Klaus Sokolowski-Tinten
A Modular Table-Top Setup for Ultrafast X-Ray Diffraction
Rev. Sci. Instrum. 95, 013002 (2024)
DOI: 10.1063/5.0181132
