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A schematic representation reminiscent of a landscape with hills and valleys. It symbolises the following: The electrical resistance of a nanoscale volume of germanium telluride fluctuates between different states. These states correspond to valleys in a high-dimensional energy landscape. The transition rates between the states reveal information about the nature of the energy barriers that separate them.<address>© Sebastian Walfort – AG Salinga</address>
© Sebastian Walfort – AG Salinga

Insights into the energy landscape of a ‘memristive’ material

A team led by Prof Martin Salinga has mapped the energy landscape of germanium telluride, gaining deep insights into the behaviour of the material. The findings could contribute be interesting, for example, for realising very dense networks of memory cells.

Three pots with maize seedlings next to each other. The growth of maize seedlings in saline soil is shown in comparison: on the left, the wild type; on the right, two pots with plants in which the newly discovered signaling pathway does not function.<address>© Changyun Liu – AG Kudla</address>
© Changyun Liu – AG Kudla

Research team discovers new mechanism of salt tolerance in maize

A Chinese-German research team, including Prof Jörg Kudla from the Institute of Plant Biology and Biotechnology, has shown that salt stress activates a signalling pathway in maize that enhances autophagy in plant cells.

PhD student Berit Schlüter standing in front of the Amundsen-Scott South Pole Station<address>© Berit Schlüter, IceCube/NSF</address>
© Berit Schlüter, IceCube/NSF

PhD student Berit Schlüter provides an insight into her life on the South Pole

Doctoral student Berit SChlüter from the Institute of Nuclear Physics spent several weeks at the South Pole, the coldest place on earth. In a guest article, she provides insight into her daily routine and the installation of the “IceCube” upgrade for neutrino research.

Events

Eine Puzzlecollage die aus drei Teilen zusammengesetzt ist: Patient bei der Untersuchung, Maus im Labor, Wissenschaftler im Labor.<address>© Uni MS – Michael Kuhlmann (Bilder oben), UKM (unten)</address>
© Uni MS – Michael Kuhlmann (Bilder oben), UKM (unten)

How Münster, as a Centre of Medicine, transfers knowledge faster to patient care

How does a laboratory discovery become tangible help for patients? Translational research bridges this gap, connecting molecular mechanisms with clinical trials and routine care. In Münster, interdisciplinary collaborations bring together basic research, clinical practice and data science in order to implement new therapies more rapidly and safely, with a stronger focus on patients.

A scientist holds a sample dish and examines it under a microscope in a medical laboratory.<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

Investigating the pathways to a successful pregnancy

The beginning of new life is medically highly complex. As a clinician scientist, Dr Janice Jeschke bridges clinic and laboratory: she investigates the molecular processes of fertilisation and implantation and feeds clinical observations directly into research. This is how translational research emerges, helping us to better understand female infertility.

Ahana Fernandez at work in the tropical rainforest.<address>© Michael Stifter</address>
© Michael Stifter

Ahana Fernandez does research in the rainforest in Panama

Dr. Ahana Aurora Fernandez, who has been working as an Emmy Noether group leader at the Institute of Neurobiology and Behavioral Biology since September 2025, researches the acoustic communication of bats. A portrait.

The illustration shows a pile of paper, an alarm clock, question marks, a stylised brain and a woman looking at the symbolic mountain of work.<address>© stock.adobe.com - peshkova</address>
© stock.adobe.com - peshkova

A temptation with a loophole

The end of term and the lecture-free period are marked by written examinations and term papers. Some students react to this with procrastination. To counter excessive procrastination, the AStA (General Students’ Committee) and the Procrastination Outpatient Clinic at the University of Münster support affected students. Answers to important questions on the topic can be found in this text.

Prof Dr Franziska Jahnke and Dr Konstantinos Kartas<address>© MM/vl</address>
© MM/vl

Bourbaki Seminar on the research of Franziska Jahnke and Konstantinos Kartas

A major recognition for Prof Dr Franziska Jahnke and Dr Konstantinos Kartas: On January 31, 2026, research results of the two members of Mathematics Münster will be presented at the "Séminaire N. Bourbaki" in Paris. The internationally renowned seminar series is considered a barometer of current developments in mathematical research.

Natalia Sampedro Loro (2nd from left) and Anar Abdullayev will receive financial support for one year. Prof. Dr. Franziska Jahnke (left) and Prof. Dr. Angela Stevens nominated them for the scholarship.<address>© Uni MS - Victoria Liesche</address>
© Uni MS - Victoria Liesche

Funding for two exceptional mathematics students

Natalia Sampedro Loro from Spain and Anar Abdullayev from Azerbaijan are studying in the third semester of the English-language Mathematics Master's programme at the University of Münster. And they are doing so with such dedication and success that they have each been awarded a monthly scholarship of 1,000 Euros for one year by the Berlin-based foundation “Wübben Stiftung Wissenschaft”.

From left: Simon Lux (FFB), Susanne Foltis (MWIKE), Steffen Krätzig (MKW), Peter Zimmer (BMFTR), Martin Gouverneur (FFB), Jan Henning Behrens (BMFTR), Jens Tübke (FFB), Stefan Löher (FFB), Ingo Höllein (BMFTR)<address>© Fraunhofer FFB</address>
© Fraunhofer FFB

First battery cell from ‘FFB PreFab’

A milestone has been reached in the commissioning of the FFB PreFab (first construction phase): the Fraunhofer Research Institution for Battery Cell Production FFB, in which research partners from the University of Münster are involved, has produced its first electrically functional lithium-ion battery cell.

Delighted by the success of the Clinician Scientist programme in Münster: Spokesperson Professor Michael Schäfers and Coordinator Dr Silke Jamitzky (centre), Dean Professor Frank Ulrich Müller (left) and Medical Director Professor Alex W. Friedrich (right).<address>© Uni MS - M. Ibrahim</address>
© Uni MS - M. Ibrahim

Renewed funding to support physicians engaged in research

The University of Münster’s Clinician Scientist CareerS programme supports medical professionals who are engaged in patient care while actively pursuing research. In this dual role, they can make a key contribution to ensuring that research translates into new treatment options. The German Research Foundation is once again providing more than a million euros to fund the programme.

Programme spokesperson Prof. Petra Dersch at the Medical & Clinician Scientist Forum Münster 2025. At this annual event, young researchers from the fields of natural sciences and medicine exchange scientific ideas and receive inspiration for their career development.<address>© Uni MS - Erk Wibberg</address>
© Uni MS - Erk Wibberg

Funding extended for Medical Scientist Programme ‘InFlame’

The University of Münster’s ‘InFlame’ programme has been awarded 1.1 million euros from the Else Kröner-Fresenius Foundation for a second funding period of four years. The programme is aimed at postdocs in the natural sciences working in the interdisciplinary field of inflammation research. It helps create synergies between research and clinical practice and supports candidates in setting the course for their careers.

With his baton and the highest level of concentration, Miloš Dopsaj leads a rehearsal of the symphony orchestra of the University of Music.<address>© Uni MS - Heiner Witte</address>
© Uni MS - Heiner Witte

Interview: Miloš Dopsaj on the tasks, efforts and challenges of being a conductor

Leading an orchestra sounds exciting, but what does being a conductor really involve? In an interview with Norbert Robers, Miloš Dopsaj from the University of Music describes how he shapes an ensemble and achieves top performance, as well as explains why self-confidence on the podium is so important.

Portrait of Prof. Armido Studer. He is wearing a light blue shirt and dark grey trousers and is standing in a hallway with white walls, his back to the right towards the wall, half-facing the viewer. The hallway runs to the left towards a window.<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

Leibniz Prize for chemist Armido Studer

The German Research Foundation (DFG) has awarded the Gottfried Wilhelm Leibniz Prize 2026 to chemist Prof. Armido Studer from the Institute of Organic Chemistry at the University of Münster. Worth 2.5 million euros, the Leibniz Prize is the most valuable and the most important German research prize.

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