Press & Media
The press office is the central contact point for journalists and media and provides information about the University of Augsburg and offers experts and scientists for all topics of research. In addition to current news and the calendar of events, you will find information and contact persons for our service offered for journalists.
contact for journalists
- Phone: +49 821 598-2096
Email: manuela.rutsatz@presse.uni-augsburgpresse.uni-augsburg.de ()
- Phone: +49 821 598-2095
Email: michael.hallermayer@presse.uni-augsburgpresse.uni-augsburg.de ()
- Phone: + 49 821 598-2098
Email: corina.haerning@presse.uni-augsburgpresse.uni-augsburg.de ()
Press releases
Prof. Dr. Daniel Peterseim receives RSE Award and DAAD funding
Using AI to achieve the ideal injection-moulded component up to 100 times faster
At the Centre for Future Production at the University of Augsburg, a team led by Prof. Dr.-Ing. Nils Meyer combined classical physics models with AI-based models in a software that performs the necessary calculations in just a few seconds. Making their approach up to 100 times faster than standard software solutions, saving both time and resources.
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.
Wind turbines do not cause detectable health effects
Non-linear magnetic response realized in Kagome spin ice
Physicists from the University of Augsburg together with international collaboration partners identified the magnetic ordering transition in kagome spin ice HoAgGe and discovered that the nonlinear magnetic susceptibility can detect time-reversal-symmetry breaking even in the absence of net magnetization.
What are the molecular origins of Alzheimer’s and Parkinson’s disease?
Dr Leonardo Silva-Dias has recently joined the University of Augsburg as a recipient of a Humboldt Research Fellowship from the Alexander von Humboldt Foundation. The chemist is researching biomolecular processes surrounding pathological changes in nerve cells. His research could help to better understand the emergence of neurodegenerative diseases like Alzheimer’s and Parkison’s disease.
Perspectives from around the world: Welcome for international researchers at the University of Augsburg
Around 240 international researchers from more than 60 countries are currently visiting the University of Augsburg to teach, research, and exchange ideas. At the welcome reception hosted by the Welcome Service, they gathered together to network. The Welcome Service is part of the International Office and provides comprehensive support for international researchers.
Humboldt Research Fellow researches quantum technology
Dr Beatriz Pérez González has recently joined the University of Augsburg as a recipient of a Humboldt Research Fellowship from the Alexander von Humboldt Foundation. The theoretical physicist works at the interface of quantum optics, solid-state theory, and spin-based quantum technologies. Her research could contribute to the development of scalable quantum technologies.
How can Scottish wind energy be stored as hydrogen?
The aim of a cooperation agreement signed by the Technical University and the University of Augsburg with the University of the Highlands and Islands in Inverness, Scotland (UHI), is to further research into resilient hydrogen-based energy systems. The universities intend to strengthen their existing academic collaboration. To this end, they signed a Memorandum of Understanding on Mai 11th.
How the Voice of Service Robots Can Convey Social Support
When service robots make mistakes, it is not only important whether customers receive compensation. The robot’s voice can also shape how the situation is perceived. A human-like voice can make customers feel more supported after a service failure.