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Person in lab with microscope.

Lukas’s PhD thesis shows that microwave signals can manipulate magnetic domain walls in ultra-thin materials. more

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2025 was a successful year for the IMPRS-STNS with several defenses, an international retreat and many more events. We look forward to other exciting developments in 2026! more

Person standing in lab, in the background UHV chamber visible.

Souvik's thesis explores topological materials using STM and STS revealing robust quantum states with potential applications. more

Person in lab.

“Exploring complex magnetism in van der Waals materials has been a fascinating journey, revealing how subtle structural features can create entirely new magnetic states such as spin glasses and skyrmions.” more

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German Chancellor Friedrich Merz visited the Max Planck Institute for Microstructure Physics on November 18, 2025 and met with IMPRS doctoral reserarcher Lukas Fischer. more

A large group of people has gathered in a modern building. They are standing beneath a colorful mural composed of geometric shapes and dots. Some are wearing name tags and appear relaxed.

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. more

In a sunlit glass corridor, three individuals are standing side by side. Above them, a complex network of metal pipes runs along the ceiling, while the background shows parts of an adjacent building through the transparent walls.

Our newly elected IMPRS student representatives Jenny Davern, Tobias Fäth and Torje Orlamünde started their term on November 1. more

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