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Prof. Dr Maike Tietjens, Prof. Dr Stefanie van Ophuysen and Project Consultant Dr Helen Jäckel (from left) are standing behind a wall, leaning against it and looking at the camera. Behind them, the Kavaliershäuschen can be seen.<address>© University of Münster - Linus Peikenkamp</address>
© University of Münster - Linus Peikenkamp

A focus on good supervision culture

Whether a doctoral dissertation proceeds successfully or not depends not only on the subject; it also depends on the supervision for the dissertation. An international project has set itself the aim of making lasting improvements to the supervision culture. The University of Münster is the only German practitioner partner involved – and its programme contains offers for professors and postdocs.

Events

Illustration of various animals in a pond (mallard, common frog, great diving beetle, white water-lily, three-spined stickleback)<address>© Illustration: Lewisroland - stock.adobe.com</address>
© Illustration: Lewisroland - stock.adobe.com

Study shows: Fish parasites influence the freshwater food chain

A research team led by Dr Jaime Anaya-Rojas and Prof Joachim Kurtz from the Institute of Evolution and Biodiversity has found experimental evidence of how tapeworm infections of three-spined sticklebacks alter several levels of a food web.

Rector Rector Professor Johannes Wessels (l.) and Founding Dean Professor Mouhanad Khorchide are standing in the castle’s auditorium.<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

The University of Münster establishes Germany’s first ‘Faculty of Islamic Theology’

On 1 July 2026 the University of Münster will be the first higher education institution in Germany to establish a Faculty of Islamic Theology. This will significantly increase the visibility and importance of the discipline. ‘The establishment is a milestone for Islamic theology, of which we are proud,’ says Professor Johannes Wessels, Rector of the University of Münster.

A new piece of research equipment has recently been installed at the MEET Battery Research Center: the so-called Orbitrap mass spectrometer.<address>© MEET/Bartling</address>
© MEET/Bartling

Innovative analytical devices provide deep insights into battery cells

The MEET Battery Research Centre is expanding its analytical capabilities with two state-of-the-art measuring instruments. For the first time, these new instruments provide highly precise insights into the chemical processes within battery cells – a significant step towards more efficient research, production and recycling of lithium-ion batteries. The project has received several million euros in funding.

Professor Michael Hippler, Dr Yu Ogawa and Dr Yuval Milrad (from left) from the Institute of Plant Biology and Biotechnology stand in front of a projection of the high-resolution structure of the cytochrome c6:photosystem I complex.<address>© AG Hippler - Dr. Martin Scholz</address>
© AG Hippler - Dr. Martin Scholz

Research team decodes structure important for photosynthesis

A team led by Prof Michael Hippler (University of Münster) and Dr Jan Michael Schuller (University of Marburg) has studied photosystem I. The scientists have understood how the iron-containing electron transport protein cytochrome c6 functions in it.

Prof. Dr Harald Fuchs is standing behind a scanning probe microscope – part of which is visible – in a laboratory and looking into the camera (portrait shot).<address>© Uni MS - Linus Peikenkamp</address>
© Uni MS - Linus Peikenkamp

Harald Fuchs looks back at a career in the nanosciences

Prof. Harald Fuchs is the founding director of the Center for NanoTechnology in Münster and a pioneer in the field of Sino-German research in the nanosciences. The end of April 2026 will see his last working day as a Senior Professor. A portrait of the Münster University scientist.

The Münster University Foundation and the department Knowledge and Technology Transfer are hosting an afternoon event on 21 April dedicated to civic engagement in science and research.<address>© University of Münster - Designservice</address>
© University of Münster - Designservice

The Münster University Foundation awards prizes to two Citizen Science projects

An orchestra performing symphonies which have been lying dormant in an archive for over 200 years; and using the knowledge which many people have to combat climate change: these two projects have been awarded prizes by the Münster University Foundation in its Citizen Science competition. The projects are outlined in two portraits.

The picture shows people clapping their hands at a concert.<address>© stock.adobe.com - Anna Om</address>
© stock.adobe.com - Anna Om

New “Topical Programme” pools research on natural phenomena by means of AI

The new Topical Programme entitled “Artificial Intelligence and Complex Systems” brings together research on machine learning and the theory of complex systems. The aim is a systematic integration of data-driven methods in the fields of experiment, simulation and theory. The Programme is located in the Center for Data Science and Complexity (CDSC).

At the suggestion of Achim Lichtenberger (l.), Israeli archaeologist Oren Tal receives the research prize from the Alexander von Humboldt Foundation.<address>© Institute of Classical Archaeology and Christian Archaeology</address>
© Institute of Classical Archaeology and Christian Archaeology

To examine Hellenistic urbanism and material culture

Professor Oren Tal and Professor Achim Lichtenberger have known each other for more than twenty years and have worked closely together for the past seven. This successful collaboration will soon deepen further. Achim Lichtenberger, who holds the Chair of Classical Archaeology, has successfully nominated his long-time colleague for the Alexander von Humboldt Research Award.

Symbolic image: A futuristic-looking battery with an illuminated outline against a dark background. The lower half of the image is diffusely filled with an illuminated network.<address>© KanawatTH - stock.adobe.com</address>
© KanawatTH - stock.adobe.com

Lithium and sodium-ion technologies are more closely linked than assumed

Researchers used AI-supported patent analysis to show how strongly battery technologies build upon one another. The findings suggest that industrial and innovation strategies must account for these technological dependencies far more rigorously.

The chemists used this experimental setup to synthesize Hausan. The blue light from the lamp (left in the image) activates the photocatalyst (center, in the reaction vessel), which enables the reaction. On the right side of the image, the structure of a Hausan with two side chains can be seen symbolically.<address>© Glorius Group</address>
© Glorius Group

New method for housane synthesis

A team led by Frank Glorius from the Institute of Organic Chemistry has developed a photocatalytic method for producing small, high-quality ring molecules. The method could be of interest for drug development.

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