News

July 2, 2026

Optical writing of antiferromagnets: Towards a new generation of memories and communication networks?

Researchers from Augsburg and Japan have achieved a breakthrough by writing and reading magnetic information in antiferromagnets using only light. The new method, based on the momentum of laser pulses, could enable faster, low-energy data storage and directly link optical communication with magnetic memory technologies. The research was recently published in the renowned journal Nature Materials.

[University of Augsburg]
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Zwei Beschäftigte der Universität Augsburg am PC-Arbeitsplatz
March 20, 2026

Institute Cup 2026: Chair of Experimental Physics V Wins the Title

In an exciting competition, the Chair of Experimental Physics V secured first place. With strong teamwork, dedication, and skillful play, the team prevailed against its competitors and claimed this year’s championship.

[Experimental Physics V]
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March 17, 2026

Felix Schilberth Appointed Special Postdoctoral Researcher at RIKEN

Following the completion of his doctorate last year, Felix Schilberth, an outstanding young scientist from the University of Augsburg, is taking the next step in his academic career by moving to Japan. [Experimental Physics V]
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Dr. Felix Schilberth
March 10, 2026

Invisible magnets for faster IT

A Japanese–German research consortium aims to harness a special class of magnetic materials for ultrafast, energy-efficient data processing: antiferromagnets. The network is coordinated by Prof. Dr. István Kézsmárki at the University of Augsburg and brings together five leading research groups from Japan and Germany. [University of Augsburg]
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Dr. Felix Schilberth in his laboratory in front of a research setup.
Oct. 16, 2025

Voltage Switches Antiferromagnetic States on Nanosecond Timescales

Physicists at the University of Augsburg together with collaborators from the Budapest University of Technology and Economics and Rutgers University, USA, have successfully switched an antiferromagnetic state in an insulator by voltage pulses, within just a few tens of billionths of a second. Their findings were recently published in Physical Review Letters. 

[University of Augsburg]
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Zwei Beschäftigte der Universität Augsburg am PC-Arbeitsplatz
July 10, 2024

Neuer exotischer Quantenzustand

Physikerinnen und Physiker aus Augsburg, Bonn, Köln, Dresden, Genf und Prince George (Kanada) haben einen exotischen Quantenzustand der Materie in einer Festkörperverbindung entdeckt – sogenannte repulsiv gebundene Magnonen. Diese spektakuläre Beobachtung wurde in der renommierten Fachzeitschrift Nature veröffentlicht. Hauptautor ist Prof. Dr. Zhe Wang von der Technischen Universität Dortmund. [University of Augsburg]
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Kristallstruktur von BaCo2V2O8.

Contact information:

Address:
Experimentalphysik V

Institut für Physik

Universität Augsburg

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86159 Augsburg


Phone: +49 821 598 -3602 (Office)

Fax: +49 821 598 -3649

E-Mail: angela.sarafimovska@uni-a.de, maike.fritschle@uni-a.de

 

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