Joint Winter School of IMPRS and TRR227 held at MPI Halle

November 14, 2025

The Joint Winter School on Ultrafast Spin Systems and Correlated Matter 2025 took place at the Max Planck Institute of Microstructure Physics from November 12–14. Organized by doctoral researchers, it featured lectures and hands-on tutorials from experts on topics such as magnetization dynamics and 2D materials, promoting collaboration and networking.

The Joint Winter School on Ultrafast Spin Systems and Correlated Matter 2025 took place at the Max Planck Institute of Microstructure Physics on 12–14 November. Organized by doctoral researchers of the iRTG TRR227 and IMPRS-STNS, the three-day program brought together experimentalists and theorists to explore magnetization dynamics and novel material systems, from ultrafast spectroscopy to multiscale spin-dynamics modeling and 2D materials.

The school featured lectures and hands-on tutorials by invited speakers, including Dmytro Afanasiev (Radboud University), Matias Bargheer (University of Potsdam), Annika Johansson (MPI Halle), Tobias Kampfrath (Freie Universität Berlin), Kin Fai Mak (MPI Hamburg), Maxim Mostovoy (University of Groningen) and Melanie Müller (FHI Berlin). Laboratory tours, student poster sessions and a lively social program fostered exchange and set the stage for future collaborations across the TRR227 and IMPRS.

People are standing scattered around the room, distributed around digital exhibition panels.
Audience focused on a presentation slide detailing the E-field tuned Mott transition graph.
A group of individuals observes complex scientific equipment in a laboratory setting, with numerous wires, tubes, and metallic structures.
Group of people in a museum with archeological exhibits.
Seminar room with participants and lecturers discussing.
Several people are viewing and discussing scientific posters displayed on screens in a bright, open room.
 Conference room with attendees facing two speakers near a lectern.
Audience in a lecture room watches a presentation on atom orbital angular momentum and crystal magnetization.
Researchers examine intricate optical instruments on a lab bench, surrounded by cables and a monitor.
Award announcement screen with winners' names and individuals standing.

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