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Dr. Robin J. Sroka<address>© Uni MS - Victoria Liesche</address>
© Uni MS - Victoria Liesche

Mathematician accepted into the Emmy Noether Programme

The German Research Foundation (DFG) has awarded Dr. Robin J. Sroka with approximately 1.3 million euros in funding as part of the Emmy Noether Programme. Over the next six years, this will enable the mathematician to establish his own research group “Cohomology and K-Theory: Exploring New Connections”.

Peptides with extended aromatic units enter into complex interactions in water and form long, helical symmetric fibres. Thousands of images of these fibres were taken using cryo-electron microscopy, allowing the molecular 3-D structure (right) to be resolved with a record resolution of 1.7 Ångström. The structure is thus not simulated but results from the microscopic data.<address>© A. Ueda et al. (2026); DOI:10.1038/s41467-026-75984-9 / CC BY-NC-ND 4.0 (https://creativecommons.org/licenses/by-nc-nd/4.0/)</address>
© A. Ueda et al. (2026); DOI:10.1038/s41467-026-75984-9 / CC BY-NC-ND 4.0 (https://creativecommons.org/licenses/by-nc-nd/4.0/)

Researchers analyse molecular self-organisation with atomic resolution

A research team involving Professors Christos Gatsogiannis and Bart Jan Ravoo has shown that peptides carrying a flat carbon network aggregate into long fibres in water. Using cryo-electron microscopy, the researchers analysed the structure with record resolution.

The photo shows the Rector, sitting and working in the back of a car.<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

Johannes Wessels’ term is coming to an end – a parting portrait

For ten years, Prof Dr Johannes Wessels has presided over the University of Münster. He made far-reaching decisions, received numerous guests, conducted business trips and expanded his expertise every day. Looking back, he says he rarely reflected on his days as a “normal researcher”. Instead, he is grateful for the many fascinating insights he has gained.

Events

The snow-capped summit of Mount Ararat rises as a striking, conical mountain above a vast landscape. The upper half of the mountain is covered by a white ice cap, beneath which lie bare, brownish slopes. A clear sky stretches out above the summit.<address>© stock.adobe.com - Esin Deniz</address>
© stock.adobe.com - Esin Deniz

Experts survey the glacier ice on Mount Ararat for the first time

A German-Turkish team has surveyed the Ararat glacier for the first time at an altitude of over 5,000 metres. Beneath the melting ice could lie a unique climate and cultural archive dating back thousands of years. The team, comprising archaeologists and glaciologists, has now identified the best location from which to extract ice cores in future.

The University of Münster offers a variety of internal funding schemes to support researchers at different stages in their careers.<address>© stock.adobe.com - jd-photodesign</address>
© stock.adobe.com - jd-photodesign

Vice-Rector Monika Stoll explains the new internal funding schemes

The Rectorate’s Office has launched three new internal funding lines – IDEAS, START and ADVANCED – which support innovative ideas, new collaborations and competitive research proposals. In an interview with Kathrin Kottke, Prof Dr Monika Stoll, Vice-Rector for Research, explains why unconventional ideas deserve a chance, why failure is part and parcel of research, and why sometimes it comes down to drawing lots.

A polished cross-section of a fossilised tree trunk in shades of grey, brown and pink. In the centre, the trunk’s centre – marked in a light colour – is labelled, with radial cracks radiating out from it. The outer area is labelled ‘wood’ and displays a sponge-like structure consisting of dark pores and light-coloured mineral inclusions.<address>© Steffen Trümper</address>
© Steffen Trümper

New geological archive discovered: Fossilised wood reveals 300 million years of Earth’s history

Fossilised wood from the Kyffhäuser has proved to be a previously unknown geoarchive. Tiny quartz crystals have preserved the temperatures and depths to which the tree trunks were exposed over the course of 300 million years. With the help of these inclusions, a research team led by the University of Münster has been able to reconstruct the development of our continent.

The photo shows the five new University Management members sitting next to each other in blue chairs in the green area behind the Schloss.<address>© University of Münster - Peter Leßmann</address>
© University of Münster - Peter Leßmann

New Rectorate team to take office on 1 October

The University of Münster will soon see a change in management. The University Electoral Assembly overwhelmingly confirmed the appointment of Prof Dr Ulrike Weyland as vice-rector, and elected Prof Dr Sven G. Meuth and Prof Dr Benjamin Risse as new vice-rectors. On 1 October, Prof Dr Susanne Menzel-Riedl will replace Prof Dr Johannes Wessels as the new University Rector.

The image shows two young children photographed from above, sitting on a sofa and looking at tablets.<address>© stock.adobe.com - tommoh29</address>
© stock.adobe.com - tommoh29

Research network focuses on educational media

Our youngest members of society are becoming regular users of digital media which can confront them with problematic role models. The international and interdisciplinary research network “G+Media” is investigating to what extent educational media contributes to discrimination so that it can counteract it at an early stage.

Electric vehicle metal battery packs and recycle icon<address>© stock.adobe.com - ImageFlow (Symbolic image)</address>
© stock.adobe.com - ImageFlow (Symbolic image)

Researchers analyse challenges and trends in battery recycling

The battery recycling industry must massively expand its capacity and cope with the fact that the complexity of the batteries being returned is increasing significantly. This is shown by a new study involving researchers from the Institute of Business Chemistry at the University of Münster.

Arabidopsis thaliana seedlings under a microscope. The group on the left is white and appears slightly smaller on average. The seedlings on the right are green.<address>© Minoru Ueda/PNAS; CC BY-NC-ND 4.0</address>
© Minoru Ueda/PNAS; CC BY-NC-ND 4.0

Researchers discover a mechanism for salt tolerance in plants

Researchers led by Professor Iris Finkemeier from the Institute of Plant Biology and Biotechnology discovered a specific chemical mark in the ‘histone code’ of thale cress that is responsible for adaptation to salt stress.

A man (left) and a woman (right) standing in front of a fume cupboard in a chemistry laboratory. The light beneath the fume cupboard has a bluish glow; the woman is holding a pipette and a glass vessel. Both are wearing white lab coats and safety glasses.<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

Three-dimensional molecules through “domino cascade”

A team led by chemist Professor Frank Glorius from the Institute of Organic Chemistry has developed a new light-driven reaction sequence that enables the synthesis of complex three-dimensional molecular structures.

Aerial view of the GEO1 building, with the measurement tower rising several metres above one side of it. The skyline of the city of Münster can be seen in the background.<address>© Uni MS - Johannes Wulf</address>
© Uni MS - Johannes Wulf

How meteorologist Toprak Aslan assesses the “typical Münster weather”

In Münster it rains, or the bells ring, as the saying goes. How much truth is there in this? In this interview, micrometeorologist Dr Toprak Aslan from the “Biosphere-Atmosphere Interaction” research group explains the typical weather in Münster and what practical insights can be drawn from it.

Microscopic image of several round immune cells (neutrophil granulocytes) in the blood. The cell nuclei are stained grey, while two surface features are coloured orange and turquoise. An immature precursor cell can be identified by its uniformly round, grey cell nucleus.<address>© Mathis Richter</address>
© Mathis Richter

Immature immune cells predict chances of survival following a heart attack

In the event of a severe heart attack, immature immune cells are released into the bloodstream from the bone marrow. A research team led by the University of Münster has demonstrated that the maturity level of neutrophils can be used to determine the short-term risk of death, and this can be assessed through a simple blood test.

A portrait of a woman sitting in an office chair at a desk. On the desk is a monitor displaying a fluorescence microscopy image of a tissue structure.<address>© Uni MS - Thomas Hauss</address>
© Uni MS - Thomas Hauss

Biochemist Lydia Sorokin receives ERC Proof of Concept Grant

Professor Lydia Sorokin from the Institute of Physiological Chemistry and Pathobiochemistry has been awarded an ‘ERC Proof of Concept Grant’ worth 150,000 euros to further develop a new model of the blood-brain barrier for use in research.

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