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A group photo with Dr Daniel Kluger in the centre, Martina Saltafossi to his left and Teresa Berther to his right.<address>© privat</address>
© privat

Psychologist awarded ERC Starting Grant

Dr Daniel Kluger from the Institute for Biomagnetism and Biosignal Analysis has been awarded an ERC Starting Grant by the European Research Council. The approx. 1.5 million euros in funding will enable the psychologist to establish a working group to research brain activity.

Fog frequently occurs on Mount Lulin and in other regions of Taiwan.<address>© Madeleine Falkowski</address>
© Madeleine Falkowski

Waiting for the fog

Fog is an exciting phenomenon from a climatological point of view. While clouds can only be studied with great effort, fog samples can be collected from the ground. In Taiwan, fog forms regularly in many places, which is interesting for research.

Exchanges and interdisciplinary collaboration are at the centre of the master’s course in “Interdisciplinary Medieval Studies”: course coordinator Lukas Reddemann (left) and director of studies Prof. Karl Enenkel (3rd from left) take a look at medieval material with students Hannah von Legat and Luca Hollenborg.<address>© WWU - Peter Leßmann</address>
© WWU - Peter Leßmann

More methodologies, better possibilities, greater insights

The master’s course “Interdisciplinary Medieval Studies” combines the subjects of History, Philosophy and Philology. Anyone enrolling for this course learns a lot, from several angles, about textual scholarship, oral and written traditions, history and cultural history in the period from 500 to 1500 CE.

Events

In addition to excellent research activities, such as publication achievements and third-party funding activities, outstanding teaching and transfer activities characterise the respective profile and potential areas.<address>© WWU - Robert Matzke</address>
© WWU - Robert Matzke

Münster University sharpens its research profile

In the past few weeks, the Rectorate has worked with academics on the new research profile of the University of Münster. The result: eight profile areas and five potential areas. These 13 areas are given an overarching structure by four so-called Key Impact Areas, in which the University will be pooling the strengths and resources of individual disciplines to benefit top-flight interdisciplinary research.

Every protein is composed and folded in a characteristic way. The image shows red haemoglobin, which is not a de novo protein.<address>© Leonid Andronov - stock.adobe.com</address>
© Leonid Andronov - stock.adobe.com

Research team focuses on "de novo proteins"

Researchers like Prof. Erich Bornberg-Bauer from the Institute for Evolution and Biodiversity at the University of Münster assume that some proteins have no ancestors. They are on the trail of a phenomenon they call "de novo proteins".

<address>© WWU - Sophie Pieper</address>
© WWU - Sophie Pieper

New publication: "Twelve Months, Twelve People - Portraits 2022"

With the publication "Twelve Months, Twelve People - Portraits 2022", the Office of Communication and Public Relations would like to take into account the diversity at Münster University and introduce some outstanding people of the past year.

The Code of Conduct affirms for example respect and esteem in our relations with one another.<address>© WWU - Designservice</address>
© WWU - Designservice

“Code of Conduct”: Living together better

The Rectorate of the University of Münster has approved the Code of Conduct – an overarching document in which the values which unite people at the University and to which the University as an institution is committed are brought together and made transparent.

Prof. Frank Glorius is involved in a current study that presents novel molecules that can be used to inactivate &quot;cancer genes&quot;.<address>© Bayer Foundation</address>
© Bayer Foundation

Chemists develop new approach in cancer research

An American-German research team describes in the scientific journal "Nature" a new approach to switch off certain "cancer genes" via a targeted modification of RNA. Among the scientists is Prof. Frank Glorius from the Institute of Organic Chemistry at the WWU Münster.

GSO1 is important for plant salt stress tolerance. Left: Loss-of-function mutants of GSO1 (gso1) exhibit reduced root and shoot growth in the presence of salt stress as compared to wildtype (Col). Middle: Salt stress induces enhanced GSO1 receptor kinase accumulation specifically in the root tip meristem and in the endodermis of the differentiation zone. The kinase SOS2 is present in the whole root; its protein accumulation is evenly enhanced upon salt stress. Right: Model of salt stressed Arabidopsis roots.<address>© Chen C. et al./The EMBO Journal (2023)e113004</address>
© Chen C. et al./The EMBO Journal (2023)e113004

Researchers find new mechanism for sodium salt detoxification in plants

A team of researchers, including Prof Jörg Kudla from the Institute of the Biology and Biotechnology of Plants at Münster University, has found a mechanism in thale cress (Arabidopsis thaliana) which enables plants to provide protection against salt stress for their sensitive stem cells in the meristem at the root tip.

Installing the new ALICE silicon detector near the LHC beam tube.<address>© CERN</address>
© CERN

Physicist Christian Klein-Bösing about the collaboration at CERN

Uncovering the secrets of the universe: this is one of many aims which CERN (European Organisation for Nuclear Research) in Geneva has. Prof. Christian Klein-Bösing from the Institute of Nuclear Physics at Münster University has been working on the ALICE project there for many years. In an interview, he explains what the project is about and what collaboration is like in a large team.

<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 15 September. The call is aimed at international female postdocs who want to carry out a research project together with a professor at Münster University in the coming year.

In the Center for Soft Nanoscience physicists, chemists, biologists and physicians research together under one roof<address>© WWU - MünsterView</address>
© WWU - MünsterView

When interdisciplinary collaboration begins with the architecture

The Center for Soft Nanoscience is a research building for the nano-sciences. Here, 32 teams from the physics, chemistry, biology and medicine do their work using high-precision nano-analytical methods. The special thing: Together under one roof, scientists are researching how nanomaterials with complex properties are created in nature in order to produce nanomaterials based on this model.

Preceding the work: the search for a common language<address>© WWU - kn</address>
© WWU - kn

Preceding the work: the search for a common language

It is an unwritten law: scientific exchanges and interdisciplinarity are the basis for excellent research. How does interdisciplinary collaboration increase the gain in knowledge? What obstacles have to be overcome in everyday work? We take a closer look at these and other questions by presenting two research projects from the Humanities and the Social Sciences.

Dr. Michael te Vrugt’s work is a balancing act between the Humanities and the Natural Sciences: for him, it provides welcome variety.<address>© Münster University - Peter Leßmann</address>
© Münster University - Peter Leßmann

Michael te Vrugt is a physicist and philosopher - a portrait

Physics and philosophy are Michael te Vrugt's two specialities. For the 27-year-old, it was sometimes exhausting, but above all a welcome change to study both disciplines in parallel and to complete two doctoral theses.

Senior lecturer Dr. Saeed Amirjalayer (from left), Prof. Harald Fuchs and senior lecturer Dr. Harry Mönig at the atomic force microscope at CeNTech. The device can be used to identify different atoms.<address>© WWU- Peter Leßmann</address>
© WWU- Peter Leßmann

Chemistry and physics are intermeshed

At the nanoscale, the laws of quantum mechanics apply and the boundaries between chemistry and physics become blurred. Three scientists provide insights into their research in this border area.

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