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Dr Annette Hüffmeier from the Institute for New Testament Textual Research (INTF) leafs through one of the recently published volumes of the “Editio Critica Maior (ECM)”.<address>© Uni MS - Brigitte Heeke</address>
© Uni MS - Brigitte Heeke

Publication of four new volumes of “Editio Critica Maior”

Four new volumes have been added to the “Editio Critica Maior (ECM)” published by the Institute for New Testament Textual Research (INTF) at the University of Münster. The new publication includes the Revelation of John, the last book of the New Testament. The visions of the end times, also known as the Apocalypse, depict the end of the world in drastic images.

This scanning electron microscopy image captures the moment where degranulating mast cells (sepia) attract and start to incorporate living neutrophils (cyan).<address>© Marcus Frank und Karoline Schulz, Universitätsmedizin Rostock</address>
© Marcus Frank und Karoline Schulz, Universitätsmedizin Rostock

Study sheds new light on how our immune system works

Mast cells are immune cells that play a role in allergic reactions. A team from the Max Planck Institute of Immunobiology and Epigenetics in Freiburg and the University of Münster has now discovered a hidden ability of mast cells: they can take up another group of immune cells alive and utilise them.

Events

A find from the “Ribbeck” meteorite.<address>© Dennis Harries</address>
© Dennis Harries

Ribbeck meteorite from the Havelland is 4.5 billion years old

At the beginning of this year, a meteorite fell to Earth near Ribbeck in the Havelland. A team led by scientists Professor Dr Addi Bischoff and Dr Markus Patzek from the Institute of Planetology at the University of Münster investigated the find and have now published their findings.

Dr Nihit Saigal (first author of the study) selects an ultra-thin layer from a crystal sample for further processing under a microscope.<address>© Uni MS - Peter Leßmann</address>
© Uni MS - Peter Leßmann

Researchers control electronic properties of moiré crystals

A research team led by Prof Ursula Wurstbauer from the Institute of Physics has investigated how electrons in two-dimensional crystals can be collectively excited and controlled. The groundbreaking study helps researchers understand the electronic properties of crystal structures and how to specifically influence them.

The aim of the “SUNRISE LAB” study was to find out where members of the University of Münster, the Münster University of Applied Sciences and the Catholic University of Applied Sciences North Rhine-Westphalia in Münster see barriers and potentials for more commitment to sustainability.<address>© stock.adobe.com - Kaleb (KI generiert)</address>
© stock.adobe.com - Kaleb (KI generiert)

Sustainability needs participation

Universities are places where students are trained in sustainability. They produce knowledge and have access to diverse networks. This makes them key players in efforts to achieve greater sustainability. A study carried out as part of the project “SUNRISE LAB - Sustainable University Landscape Münster” shows how universities in Münster can promote successful transformation.

Two students discuss drone technology with a company at a trade fair as part of the Geophysical Action Programme.<address>© Malte Hömberg</address>
© Malte Hömberg

Thorough planning ensures successful conference

A team of three geophysicists – an undergraduate, a postgraduate and a doctoral student – invited the next generation of German and European geophysicists to the annual Geophysical Action Programme in Münster at the end of May. A rich programme brought together more than 120 participants and showcased a wide range of career opportunities.

Photo of a three-legged robot prototype<address>© Northwestern University</address>
© Northwestern University

The evolution of ideas – how artificial intelligence can help us

Artificial intelligence (AI) comes into play in many visions of the progression of evolutionary history. Do humans have to leave the field for machines or can they join forces with them? In her guest article at the end of the dossier, science journalist Manuela Lenzen explores various options.

Excellent research is not only carried out at the University of Münster in the two clusters, but also, for example, in chemistry or, as here, in the MEET Battery Research Center.<address>© NRW.Global Business, Jan Tepass</address>
© NRW.Global Business, Jan Tepass

Vice-Rector Monika Stoll talks about the Excellence Strategy

The University of Münster is currently in the hot phase of the Excellence Strategy. To put it more precisely, the University is on the home straight towards submitting its two Clusters of Excellence applications. Kathrin Kottke and Linus Peikenkamp spoke to Prof. Monika Stoll, Vice-Rector for Research, about the competition and what the term “excellence” means for the University of Münster.

Tensions arise between political, cultural and religious sections of the population in pluralistic societies. The “Religion and Politics” Cluster of Excellence examines how belonging arise, how conflicts are regulated and how conciliations are effected.<address>© “Religion and Politics” Cluster of Excellence / Stefan Matlik</address>
© “Religion and Politics” Cluster of Excellence / Stefan Matlik

Guest commentary: Religion is a politically ambivalent phenomenon

Since 2007 the “Religion and Politics” Cluster of Excellence has been carrying out research into the changing relationship between religion and politics right across the ages and across cultures – from ancient Egypt up to the present day. In this guest commentary, spokesperson Prof. Michael Seewald explains what focus the researchers have in their work, and plan to have in the future.

A major interest which “Mathematics Münster” has is to integrate outstanding scientists into research work at an early stage in their career and provide them with a springboard for future career paths.<address>© David Ausserhofer</address>
© David Ausserhofer

Guest commentary: Mathematics driving innovation

In order to cope with the complex challenges facing our world, we need high-powered mathematical methods which cross over the boundaries between traditional areas of mathematics. This is where the Cluster of Excellence “Mathematics Münster: Dynamics – Geometry – Structure” comes into play. In a guest commentary, spokespersons Prof. Thomas Nikolaus and Prof. Mario Ohlberger provide some examples.

The image shows the X-ray crystal structure of cholera toxin showing 5-fold symmetry, together with the fluorinated ligand used in this study (F-GM1).<address>© Gilmour Lab/Köhnke Lab</address>
© Gilmour Lab/Köhnke Lab

New insights into molecular mechanisms of cholera infection

A team from the University of Münster, ETH Zürich and Leibniz-Universität Hannover has investigated a key component of the so-called GM1 cholera toxin complex for the first time using a fluorinated GM1 analogue. The findings on the molecular mechanisms of the strong interaction may help to enable the development of inhibitors that prevent life-threatening cholera infections.

<address>© XENON-Collaboration</address>
© XENON-Collaboration

First measurement of a nuclear recoil signal from solar neutrinos with XENONnT

Alongside hypothetical dark matter particles, neutrinos from the sun have long been predicted to be observable in detectors built to search for dark matter nuclear recoil signals. The XENON collaboration has now succeeded in proving this. The Institute of Nuclear Physics at the University of Münster, headed by Prof. Dr. Christian Weinheimer, was also involved. Solar neutrinos are the lightest known elementary particles; they are created in nuclear processes in the sun's interior.

WiRe Call 2025<address>© WiRe - Nikolaus Urban</address>
© WiRe - Nikolaus Urban

New call: WiRe Fellowships

The call for applications for "WiRe (Women in Research) Fellowships" is open until 20 September. The call is aimed at international female postdocs who want to carry out a research project together with a professor at the University of Münster in the coming year. The Department Researchers & Staff of the International Office provides advice to all interested persons.

Prof. Dr. David de Vleeschouwer<address>© privat</address>
© privat

Researchers explain the geology of the "Tour de France"

On the multilingual website "Geo-Sports", an international research team clearly describes the geological features and various landscapes through which the Tour de France will pass this year. Prof. Dr. David de Vleeschouwer and Jana Klisiewicz from the University of Münster report on the 13th stage, which leads through the Aquitaine Basin.

This image from the Hubble Space Telescope shows a cluster of interstellar gas and dust more than 5,300 light years away from Earth. Telescopes help to reveal the evolution of the universe.<address>© ESA/Hubble and NASA, J. Tan (Chalmers University and University of Virginia), R. Fedriani</address>
© ESA/Hubble and NASA, J. Tan (Chalmers University and University of Virginia), R. Fedriani

“The light signal is a ‘baby photo’ of the universe”

Prof Kai Schmitz's field of work lies at the interface between particle physics and cosmology. In this interview, the physicist talks about the state of cosmological research and still unresolved questions.

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