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<address>© Exzellenzcluster „Religion und Politik“, Universität Münster, Silas Stein</address>
© Exzellenzcluster „Religion und Politik“, Universität Münster, Silas Stein

Theologian Michael Seewald takes over editorship of church magisterial texts

Professor of Dogmatics Michael Seewald from the University of Münster will in future edit the world’s most important collection of magisterial texts of the Roman Catholic Church. The ‘Denzinger’ compendium, available in numerous languages, brings together the most important decisions made by the Church’s magisterium from antiquity to the present day.

Joint reflection: the MOMENTUM group dynamics were clearly evident once again at the alumni meeting.<address>© Uni MS - Peter Leßmann</address>
© Uni MS - Peter Leßmann

Female scientists network at MOMENTUM Women’s Leadership Journey

Participants from five cohorts of the “MOMENTUM Women’s Leadership Journey” met for an evening full of interesting conversations and fresh ideas. The programme run by the Faculty of Medicine supports female scientists in developing their personal leadership style.

Events

Schematic representation of the green alga Chlamydomonas (longitudinal section)<address>© AdobeStock - Nast</address>
© AdobeStock - Nast

A focus on the microalgae ‘Chlamy’

About 250 scientists from all over the world will meet at the University of Münster from 24 to 29 August for the "Chlamy 2025" conference to discuss the latest research findings on microalgae.

Prof. Dr Frank Glorius and his working group are organising a symposium on sustainability issues in chemistry.<address>© Bayer Foundation</address>
© Bayer Foundation

‘Catalysis reduces the ecological footprint’

Sustainable development is a challenge that scientists at the University of Münster are also taking up. Chemist Prof. Dr. Frank Glorius and his research group are organising an international symposium on sustainability in chemistry for the third time. It will take place on 21 August in the university's castle.

The laboratories at the MEET Battery Research Center explore both the dry processing of electrodes and their recycling.<address>© Uni Münster - Michael Möller</address>
© Uni Münster - Michael Möller

Recycling process for dry processed cathodes developed

Dry processed electrodes that do not require expensive and sometimes toxic solvents and instead use polytetrafluoroethylene as a binder could make battery cell production more environmentally friendly and cost-effective. A research team from the MEET Battery Research Center and the Institute of Business Chemistry at the University of Münster has now developed a method for recycling such dry-processed cathodes — an important step toward circular batteries.

Two men, Professor Frieder Schaumburg (left) and Professor Selidji Todagbe Agnandji, are walking along a street. They are chatting and smiling at each other.<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

Selidji Todagbe Agnandji has worked with the University of Münster for almost 20 years.

Dr Selidji Todagbe Agnandji has held the new professorship in geographical epidemiological medical microbiology since the end of 2024. This is the first joint professorship between the University of Münster and an African university, a scientific bridge project that will initially run for five years. The project focuses on researching tropical infectious diseases such as malaria, a field in which Selidji Todagbe Agnandji is a leading expert.

Prof Eyal Ein-Habar, Dr Laura Diprossimo, and Dr Julie Davies (from left) give short insights about their journey from abroad to the University of Münster.<address>© privat; Nikolaus Urban</address>
© privat; Nikolaus Urban

Settling down in Münster – three insights

Anyone who is new to the University of Münster, or who is inviting people from abroad, will probably have many questions: Where can I find support? How do I make contacts? And how do I find my place in everyday university life? Fortunately, there are numerous offers to help newcomers settle in and ensure that the unfamiliar quickly becomes familiar. Three people talk about how they found their way to the University. Their experiences show why internationalisation is more than just a buzzword.

Prof. Nicholas Schwab and his colleagues found a biomarker which allows to tell in advance if therapy with glatirameracetate will be efficient in an individual MS patent.<address>© Uni MS - M. Ibrahim</address>
© Uni MS - M. Ibrahim

Multiple Sclerosis: The Right Medication Due to Genetic Information

Interferon or glatiramer acetate? Both medications are considered equally effective in treating multiple sclerosis (MS). An international working group led by Prof Nicholas Schwab from the University of Münster has now discovered that the success of treatment depends on individual genetic biomarkers. This means that the best choice of medication can be determined before therapy begins. The results of the study have now been published in the journal eBioMedicine.

The illustration shows the outlines of several bodies that are coloured in. A net with several nodes is laid over the bodies.<address>© stock.adobe.com - Fernando (generiert mit KI)</address>
© stock.adobe.com - Fernando (generiert mit KI)

How the University of Münster attracts and supports global talents

Those who are new to the University of Münster or have been invited from abroad often have many questions: Where can I find support? How do I make contacts? And how do I quickly find my place in everyday university life? Many departments, networks and services provide orientation for new arrivals so that they can get off to a successful start in Münster.

Edge detection with a photonic circuit. a, The chip is bonded to a printed circuit board to control the photonic processor. In this way, electrical signals are sent to the chip and light is coupled into the circuit at the same time. b, Among other things, the chip can calculate folds for edge detection. The inset shows the input image (a zebra).<address>© Frank Brückerhoff-Plückelmann</address>
© Frank Brückerhoff-Plückelmann

"This type of computing operation can make AI applications more trustworthy"

Dr Frank Brückerhoff-Plückelmann has developed photonic processors that can perform complex AI calculations energy-efficiently at the speed of light. He has also designed a neural network that can self-assess the reliability of its predictions. He provides insights in this interview.

A wind turbine and solar panels on a green field against a blue sky. In the foreground are green containers with white lettering reading ‘BATTERY STORAGE’.<address>© AdobeStock - Negro Elkha (3D illustration)</address>
© AdobeStock - Negro Elkha (3D illustration)

Electric vehicle batteries – Prioritize reuse before recycling

A research team from the University of Münster (Germany), the Fraunhofer Research Institution for Battery Cell Production (Germany) and the Lawrence Berkeley National Laboratory (USA) has used California as a case study to explore whether used electric vehicle batteries should be recycled immediately or given a second life through reuse.

The logo of the Falling Walls Lab Münster consists of white and red geometric shapes. On the right-hand side is the slogan: ‘Win your spot in the global Falling Walls Lab finale!’<address>© Falling Walls</address>
© Falling Walls

Overcoming barriers with innovation and ideas

The Falling Walls Science Summit will bring together hundreds of guests from science, politics and society in Berlin in November. As a partner, the University of Münster is organising the Falling Walls Lab Münster, one of only three German preliminary rounds for the international competition. The search is on for the ‘Breakthrough of the Year’.

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